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Why Ordinary Portland Cement Is a Good Choice for Heavy Defence Structures

Why Ordinary Portland Cement Is a Good Choice for Heavy Defence Structures

Date : 2022-10-31

Cement has been used for construction purposes since ancient times. Its durability and strength make it one of the most important components for building structures. In this blog, we will try to understand why Ordinary Portland Cement makes for a good choice when it comes to heavy defence structures. 


Ordinary Portland Cement is widely used mainly for its properties. This cement has impressive binding properties, which makes it apt for heavy structures. Furthermore, OPC from reliable cement manufacturing units like Wonder Cement, also assures the longevity of heavy structures. 


In simple terms, OPC comes in the form of a fine powder which is then mixed with water and becomes a binding element at construction sites. This cement has adhesive properties which make it significant for heavy structures too. 


To understand why Ordinary Portland Cement is chosen for heavy defence structures, we must learn about its properties and characteristics. 


Properties of Ordinary Portland Cement


1. Early strengthening properties

Most defence structures require speedy construction due to security reasons. Additionally, the sites are often situated at risky altitudes and landscapes which means the construction deadlines cannot be ignored. With the help of Ordinary Portland Cement, it is possible to complete the construction process within the given time frame because this cement provides strength to the build up right from the beginning. 


2. Resistance to cracks and shrinkage

One of the most important points to consider when constructing heavy defence structures is to see whether it is strong enough to resist cracks and shrinkage. Ordinary Portland Cement has the strength to withstand these building errors and is, therefore, the right choice for such structures. 


3. Easy for handling and setting

Unlike other cement types, Ordinary Portland Cement is easy to handle and set. It hardly requires any specific methods to set and can be done by any construction worker without specific skills. This speeds up the process and helps abide by the construction deadlines too. Moreover, the handling costs of the OPC are not pocket heavy which further lowers the overall budget making it the right choice. 


4. Low heat hydration

Using Ordinary Portland Cement from trusted cement manufacturing units such as WCL can help reduce the risk of thermal cracking. OPC generates low heat of hydration which is the heat released when water is added to the cement. 


Make sure to focus on the quality of the cement before finalising it. The cement manufacturing unit you rely on must be capable of providing you with the required quantities and must have reliable logistics! 


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Difference Between Cement and Concrete: The Lesser Known Facts

Difference Between Cement and Concrete: The Lesser Known Facts

Date : 2022-10-31

People often use the names cement and concrete interchangeably. Well, sorry to burst the bubble but cement and concrete are different from each other. 

Cement is used to bind various building materials that are present on a construction site. Cement is the ingredient used as an adhesive that sticks all the different building components together to form a structure. 

Concrete, on the other hand, is a mixture that has cement as one of its constituents. 

Concrete manufacturers usually rely on cement manufacturers like Wonder Cement that provide quality cement. 

Now that we know the basic difference between the two, here are a few facts that will surprise you. 

1. Air is one of the most important components of cement

Believe it or not, the air is also a part of the overall cement composition. The cement mixture contains air pockets that impact some of its crucial characteristics. 


2. Cement in its original form is made of only two ingredients

Cement is not very complex. In its original form, it is made up of two rocks - limestone and clay. 

3. Concrete continues to grow stronger as time passes

The chemical composition of concrete is such that it continues to grow stronger with each passing year. This happens because the calcium hydroxide converts into calcium carbonate making it stronger. 


4. Concrete is the most widely used material in the world 

This one is fairly expected thanks to rapid urbanisation all over the globe. Concrete is the most used building material, and the reason behind this is that its components are available everywhere! 

Well, apart from these facts there are certain other crucial points that differentiate cement and concrete. 

Usage of cement and concrete

The way cement and concrete are used also differs to a great extent. Cement is generally used to bind the components of concrete together. Concrete, on the other hand, is used to provide strength to the building elements like slabs.

Types of cement and concrete

Cement is available in different types namely, Ordinary Portland Cement, Portland Pozzolana Cement, Rapid Hardening Cement, and several others. Concrete can be classified into three specific types- Lime concrete, Cement concrete, and Reinforced Cement concrete. The concrete is classified as per the variations in the material composition. 

Mixing procedure of cement and concrete

To use these two, certain mixing procedures have to be followed. The cement is typically mixed with water for the hydration to form which results in the hardening of the mixture. In the case of concrete, fine aggregates are used and cement is then added to bind all the components.

Knowing about the differences between cement and concrete can help you understand the building process better! Concrete manufacturers must make sure to team up with reliable cement manufacturers like Wonder Cement to streamline bulk requirements.
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Types of cement clinkers and their applications

Types of cement clinkers and their applications

Date : 2022-10-31

A lot goes into the production of cement and various processes are also involved. One such stage involved in the production of cement is called kilning. This is the stage where cement clinker is produced. Clinkers are used to bind various cement products. The clinkers usually appear as lumps or nodules when homogenous raw materials are mixed and processed during cement production. 




Cement clinker is grey and comes to form when limestone and clay are heated to the point of liquefaction in the cement manufacturing units. 


Cement clinker is often stored by cement manufacturers so that it can also be used when the raw materials to produce cement are scarcely available.


The best feature of cement clinker is that it can be stored in its best form for long periods without any sign of quality loss. Sometimes cement manufacturers use the stored clinkers to produce the excess requirements of cement. 


Reliable cement manufacturers like Wonder Cement follow a guideline procedure when it comes to cement clinkers.


Just like cement, there are various types of cement clinkers too that are used for specific purposes. 


Let’s look at the types of cement clinkers and their uses. The classification of clinkers simply depends on the kind of cement they are produced for!


1. Sulfate Resistant Clinker

Sulfate-Resistant Clinker is used to produce sulfate-resistant cement wherein a low percentage of gypsum is also added. This material is used within the concrete structure and is further used to carry out construction work in sulfate-rich areas. Some of the construction sites that need sulfate-resistant clinker are underground structures, sewage plants, and so on. 


2. Low Heat Clinker

This cement clinker has low heat properties and is hardly produced these days. This is simply because the cement produced from low-heat clinker has extremely low-heat properties. This kind of cement is usually used for the mass construction of structures like dams. 


3. White Clinker

Just like the name suggests, white clinker produces white cement. This is generally used for building aesthetic elements in structures. In some cases, white cement is also mixed with different colour pigments to meet architectural design requirements.


4. Low-Alkali Clinker

Low-Alkali clinker is used to produce low-alkali cement. This kind of cement is used for structures that have to be moisture-resistant. The structures usually include runways, airports, etc. 


5. Belite Calcium sulfoaluminate Ternesite (BCT)

This is used to produce clinkers that have up to 30% less carbon dioxide emissions. This procedure is energy efficient which, in turn, lessens the electricity charges. 


The best way to get quality materials for construction purposes is to rely on cement manufacturers like Wonder Cement






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Effective Ways to Reduce the Construction Cost While Building a House

Effective Ways to Reduce the Construction Cost While Building a House

Date : 2022-10-31

Owning a house is still a big dream for most people. The increasing building material costs and rising land costs further add to expenses. Owning a house looks simple from the outside wherein you choose a plot and start the construction. Well, there is a lot more to constructing a home than just this. It is very easy to go overboard with the budget when it comes to constructing a home from scratch. But fret not, we’re here to help you!


When it comes to constructing a house, we need to consider various cost factors that will have a direct and indirect impact on the final budget. 


Check out the list of factors that affect the overall construction cost-


1. Land selection and costing

Plot/land is the major investment in constructing a home. This also means that the construction cost can be reduced if the plot is chosen wisely. This can be simply done by choosing land that is evenly levelled. If you choose a plot on land that is uneven and rocky then the requirement of your construction material is bound to increase. This happens because building materials will also be required to fill and level the land. Right from the number of cement bricks to other materials, everything will be required in extra quantities.


2. Keep a check on the land regulations for the plot you select

There are several regulations and permits one has to check before the construction begins. This is important because missing out on any of these can invite huge penalties and fines that can dwindle the overall construction cost. 


3. Sourcing the materials 

Cement manufacturing companies like Wonder Cement are the most reliable when it comes to sourcing building materials. It is not advisable to simply opt for cheap construction materials because that can hamper the shelf life of the overall construction and can also impact the quality of the house.


4. Plan in advance to avoid last-minute expenses

In many construction projects, the budget increases and goes haywire simply because of a lack of planning. Last-minute changes in construction plans can increase costs to a great extent. This can also affect the construction quality and the results negatively!


5. Opting for unnecessary elevations

People tend to go overboard with elevations simply because they want more beautification. This can increase construction costs to a great extent. The elevations must be practical and as per the permits. 


Focus on getting construction materials from dependable cement manufacturing companies like Wonder Cement and build your dream home without burning a hole in your pocket!
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What is curing of concrete and which is the best way to cure concrete in a shorter time period during winter?

What is curing of concrete and which is the best way to cure concrete in a shorter time period during winter?

Date : 2022-12-01

For any construction project, concrete is the essential element consisting of cement, sand, and water in suitable proportions. Concrete should be placed before it loses its plasticity and become hard. The process at which satisfactory temperature and moisture are maintained during cement hydration is known as the curing of concrete. 

Curing plays a vital role in concrete\'s strength and durability for a reasonable period of time. The process of curing becomes more challenging in the winter season. Concrete becomes vulnerable in winter and loses its overall strength and durability.

Tips to cure concrete in the weather of winter

1. Cement manufacturers should avoid using fly ash for cement production because it sets up slowly and generates less heat. 

2. For maximum strength and durability of concrete, it is necessary to protect concrete from freezing for the first 24 hours.

3. The concrete settles more slowly during winter. After finishing the concrete in cold weather, you need to wait for a while for all the bleeding water to evaporate. Since the concrete settles slowly in the cold, bleeding starts later and lasts longer.

4. Non Chloride accelerator acts as a shield and reduces the need for protection and heating of concrete.

5. Only add that much amount of water which is needed. In cold weather, freezing can damage the concrete.

6. It is best to abandon the idea of placing the concrete if the outdoor temperature is below 20 Degrees Fahrenheit (-6.67 degrees Celcius).

7. During cold weather, pre-heating the other elements like water and sand rather than heating the Portland Cement can ensure that the proper concrete temperature is present during the pour.

Different types of cement have different time periods for curing. The minimum period for curing concrete is 28 days. Make sure to cure the concrete at the given period of time. Nowadays, due to lack of time, curing can be achieved within 14 to 20 days through modern techniques. As per 456-2000, the curing period of ordinary portland cement should not be less than 7 days. Concrete manufacturers usually rely on cement manufacturers like Wonder Cement that provide quality cement. Following are some other methods which are prominently used all over the world. 

Ponding on concrete slabs:- This method is specially adapted for residential and commercial construction. The concrete surface of the floor slabs is divided into small ponds, and these ponds are filled with water continuously for 14 days.

Wet coverings on concrete:- This method is used for covering the columns, footings, and bottom surface of pillars with gunny bags.

Infrared Radiation:- This method is suitable for cold climatic conditions. The radiation applied to the concrete helps in increasing the initial temperature.

Hot mixing method:- In this method rising the temperature of concrete up to 32 degrees Celcius increases the strength of concrete by 20%.

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Pouring the concrete in winter and summer: What's the difference?

Date : 2022-12-01

While concrete is a vital element used in several residential and commercial buildings, it is also one of the trickiest substances to work with because it can change the temperature when exposed to different climatic conditions during the early stage of construction.

Concrete manufacturers usually rely on cement manufacturers like Wonder Cement that provide quality cement.


Perfect weather condition is a myth whenever we talk about concrete pouring and curing. We are not always lucky to experience the best weather conditions for concrete pouring and curing. Many people use heated enclosures to prevent concrete from freezing during cold weather. Alternatively, many people also use sunshades, windbreaks, and sufficient manpower for the proper pouring of cement concrete in hot weather.



Pouring the concrete in winter

Unlike working with concrete in summer, pouring concrete in winter cannot attain minimum compressive strength. When concrete is mixed with water, a chemical reaction takes place, which results in an internal crystallization of the concrete. When fresh concrete is poured or exposed to freezing temperatures, the water in the concrete will freeze, which causes cracks and shrinkage reducing the durability of concrete. Experts believe that during winter the temperature should not dip below 40 degrees Fahrenheit.


Pouring the concrete in summer

Concrete is known to set quickly in summer compared to cold conditions. Under favourable weather conditions, Concrete can settle within 8 to 48 hours, and within weeks or nearly a month, it cures properly reaching its full strength. However, contractors should set the maximum concrete temperature limit to 95 degrees Fahrenheit. Contractors believe that the temperature beyond that leads to thermal cracking. It can lead to early strength, which negatively impacts the durability of concrete.


Tips for protecting the concrete in winter

  1. Store the concrete in a warm and heated area until it is ready for use.

  2. Warm the frozen ground with heaters.

  3. Use cold-weather products for faster curing.

  4. Heat the elements of concrete or mix the concrete with hot water.

  5. Add more cement to the mix.

  6. Use the vacuum to quickly remove the bleeding water.


Tips for protecting the concrete in summer

  1. Use summer-weather products like sunshades or windbreaks to avoid harsh conditions.

  2. Avoid pouring during the hottest part of the day.

  3. If possible try to work early in the morning for getting favorable cooling conditions.

  4. Mix the concrete with cool water to help cool down the temperature.

  5. Sprinkle cold water in the area before pouring the concrete.

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Benefits of using Fly ash in construction - Wonder Cement

Date : 2022-12-01

Coal has several mineral impurities - quartz, clay, shale and feldspar - during combustion these impurities fuse in suspension and floats out of the combustion chamber with the passing exhaust gases. These rising fused materials cool and solidify to form fly ash. Simply put, burning pulverized coal in electric power generating plants results in fly ash as a byproduct. This byproduct does resemble portland concrete but it’s chemically different. 

Different types of fly ash exhibit different properties depending on the chemical and physical properties of both cement and fly ash. In the comparison of cement and water, fly ash and calcium hydroxide generally result in delayed hardening of the concrete. 


Fly ash is present in cement as an additive agent. So, terming cement as fly ash cement is incorrect. 

Portland Pozzolana Cement (PPC) is manufactured by inter-grinding well-burnt OPC clinker with power-station fly ash or siliceous earth with gypsum. Due to this formulation, the resulting portland concrete is used in various applications, including, plastering, marine work, brickwork, etc. Manufacturer like Wonder Cement goes a step beyond to ensure a better quality of the standard PPC formulation by deploying a fully-automated process and using high-quality raw materials. 

But, why fly ash is being used to manufacture cement? What are the properties that make it an essential raw material for cement? 

1. Fly ash provides dual benefits in the development of strength. It reacts with lime release to produce binder and gives additional strength to the resulting concrete. 

2. Using fly ash-based cement helps in preventing the corrosion of steel. As it reduces the availability of free limes and permeability. 

3. The friction between aggregates is greatly reduced by fly ash because of their spherical shape. It also increases fines volume and decreases water content which eventually reduces concrete bleeding. 

4. The availability of fly ash in concrete improves its resistance against carbonated phenomena. The secret to this lies in the pozzolanic reaction which reduces surplus lime and permeability. 

Beyond these primary benefits, there are some additional benefits, that depend upon the type of fly ash in use. There are two types of fly ash Grade I and Grade II, as per IS Codes (IS 3812-1981). But, the American Society of Testing and Materials (ASTM) classifies fly ash into two different categories, namely Type C and Type F.

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How to effectively maintain concrete floors: Everything you need to know

Date : 2022-12-01

Concrete flooring is common in places like basements, driveways, parking lots, etc. But nowadays a lot of people are opting for indoor concrete flooring. As it looks aesthetically pleasing and keeps the home warmer due to its thermal mass. Moreover, concrete is durable and easy to maintain compared to other options. 

Concrete floors are of different types, standard epoxy, polished concrete, quartz flooring, metallic epoxy, etc. All of them have different advantages and disadvantages, but some features are common across them all, as all of them are highly durable, economical, versatile, low-maintenance, and mostly weatherproof. 



To construct a concrete floor, raw materials like rocks, granite chips, etc are mixed with cement and water. Cement here works as the primary binding agent, that’s why floors of these kinds are also generally known as cement floors or cement concrete floors. For effective construction, good quality cement like Wonder Cement works well, as it uses the best-quality limestone as its raw material. 


It’s also important to waterproof concrete floors. As it\'ll come in regular contact with water during cleaning. If it\'s not waterproof it can impact the longevity of the floor. But waterproofing happens differently for outdoor and interior concrete. For instance, it\'s advisable to use an epoxy-based sealer for interior cement and acrylic-based sealers for outdoor cement. 


If you are thinking about constructing a concrete floor in your home or if you have done that already, here are some tips that can help you maintain it. 


  1. Sweep away the layer of dust and debris on the floor. You can use a broom or dry cloth here. 

  2. Use a mop to gently scrub the floor of stubborn stains. These stains are will be hard to remove with a dry cloth, and they might require a cleaning agent.  

  3. As floor cleaners are usually alkaline or acidic, they might disturb the chemical composition of concrete which can lead to corrosion. Hence, choose a cleaner with a neutral level of pH. 

  4. To keep away the dullness from your concrete floor, wax the floor and apply a sealant. 

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Tips to Help You Find the Best Portland Cement Company

Date : 2022-12-21

People often think about what the project should look like, what kind of designs a person should look out for, which raw materials you should use, what amenities they should provide, etc. But people often neglect or do not give much attention to those things which are of utmost importance. When you are working on any construction project, you want the best cement company to ensure that the cement will last long. Cement is the bonding agent that puts everything together and without high-quality cement, building a solid foundation is next to impossible.



Following are the factors one should consider while looking for the best portland cement for construction.

Types of cement: 

There are 23 different types of cement commercially used in India. Based on its constituents, each type of cement has its advantages, applications, and uses. The grade indicates the compressive strength of the cement, which helps in building the foundation of any project. The most commonly used cement are Portland Pozzolana Cement, Ordinary Portland Cement, and Portland Slag Cement. All three types of cement fulfil different purposes and are considered specialized for that type of construction.


Ordinary Portland Cement: Ordinary Portland Cement is the basic ingredient and is manufactured by a fully-automated, dry manufacturing process using state-of-the-art technology under strict quality assurance. The product comes in various specifications to suit various conditions and applications. OPC is available in OPC-33 Grade, OPC-43 Grade & OPC-53 Grade.


Advantages of Ordinary Portland Cement

1. It is highly durable due to the low percentage of alkalis, chlorides, magnesia, and free lime.

2. Almost negligible chloride content results in restraining corrosion of concrete structures in hostile environments.

3. Significant savings in cement consumption while making concrete of grades M15, M20, M25, M35, and pre-cast segments due to high strength


Portland Pozzolana Cement: Portland Pozzolana Cement, \"Product of Future,\" is a variant of OPC cement and is prepared by a fully-automated, dry manufacturing process using state-of-the-art technology under strict quality assurance. PPC is manufactured by inter-grinding well-burnt OPC Clinker with gypsum and pozzolanic materials like power-station fly ash or siliceous earth.


Advantages of Portland Pozzolana Cement

1. Less permeability of water.

2. Resistant towards the attack of alkalies, sulfates, chlorides, and chemicals.

3. Better workability.

4. Low heat of hydration.

5. Due to high fineness, PPC has better cohesion with aggregates and makes more dense concreteness.

6. A comparative lower Water-Cement ratio provides an added advantage for the further increase of compressive strength of the concrete.

7. Better surface finish.


Portland Slag Cement: Portland Slag Cement is made by grinding clinker and granulated blast furnace slag. Due to environmental and economic benefits, one can also use Portland Slag Cement as a replacement for Ordinary Portland Cement.


Advantages of Portland Slag Cement
1. Ultimate Compressive strength
2. Resistant towards chloride and sulfate attacks
3. Low risk of cracking
4. Improved workability

Check manufacturing date: 

Cement should be used within 90 days because the cement starts losing its strength after some time.


Check cement manufacturing grade: 

Cement is available in various grades. Some of them are OPC 33 grade, OPC 43 grade, and OPC 53 grade. Use the one which is appropriate for you.


Cement Quality: 

It is difficult to identify which cement provides the best quality due to immense competition in the marketplace where so many cement companies sell their product, and therefore, it becomes difficult to choose the right one. The best method is to find a reputed company in the market with cement suppliers having years of experience and also providing ideal cement products.


Selecting the best cement can be hectic if you are not well informed about the cement quality. If you are still confused, you can even contact Wonder Cement and avail of the facility by giving a call at 1800313131, or you can visit the website to know more.


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What is the importance of non-trade cement and why should you care?

Date : 2022-12-24

India, a developing nation, has many infrastructure and construction projects which require a huge amount of cement. Cement is one of India\'s most consumed raw materials; thus, it is the main ingredient of any foundation. In India, cement is marketed in two mechanisms. They are Trade Cement marketing and Non-Trade Cement marketing.


Trade Cement marketing

Trade Cement marketing is where a cement dealer buys the cement from the company and puts the cement for sale through his retail shop. Under this mechanism, taxes such as VAT and GST are levied, and so in this type of marketing, the Selling price involves shares of dealers, distributors, and retailers. Because of this, a customer pays more than the production cost. Trade cement is more costly than non-trade cement because it involves a share of the dealers.


Non-Trade Cement marketing



Non-Trade Cement marketing is where the cement is purchased directly from the cement factory. The manufacturer sells the cement directly to its customers (Builders, Contractors, Government, etc.). Here no third party is involved. This cement comes directly from the plant and is not for resale purposes.


Importance of Non-Trade Cement 

1. Non-Trade Cement is sold by the manufacturer directly to its customers for their use. These customers can be any Builder, Contractor, NGO, Government, or anyone involved in a major construction project. 


2. Unlike Trade cement, it can be ordered only in bulk.


3. The company directly dispatches material from its factory to the destination of its buyer so that no middlemen are involved.


4. Non-Trade Cement does not have heavy overheads, so it is economical compared to Trade Cement.


5. Under this mode, the company only levies the central sales tax on commodities and provides a form C that is offered to the buyer or a contractor. This is given since he only constructs the projects, delivers them to the owner, and does not have to care for the possession after finishing the project.


The challenge with non-trade cement is that it is ordered in bulk, so you must order it in advance. To conduct the smooth functioning of the construction, they need to be scheduled. You can order the cement in three simple steps. Either visit the website, make a call, or visit the shop. To help you get the best quality, Wonder Cement will be the better alternative for cement dealing purposes. This cement company is connecting bulk cement buyers with manufacturers across the country.

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Which brand of cement is the best for your house

Date : 2022-12-24

Every person who wishes to build his own house knows that cement is the most important ingredient in the construction of the property. We are curious about the materials used in cement production as we prepare to build our homes. Since cement is one of the essential ingredients that give longevity to construction, any wrong guidance can affect the quality of construction.

There are overall 23 types of cement available in the market. Apart from this, people often need clarification about which cement brand is the best for house construction. Which type of cement to go for? What are the applications of different types of cement? Which cement brand is the best?

Two types of cement are commonly used in India.

1. Ordinary Portland Cement

2. Portland Pozzolana Cement


Ordinary Portland Cement is popular and the most widely used cement for construction work. It is available in OPC 33 Grade, OPC 43 Grade, and OPC 53 Grade. It attains strength in less time and has great resistance against cracks and shrinkage. If you are looking for the best cement for roof construction, then you should look for OPC 53 Grade.




Portland Pozzolana Cement gained popularity nowadays for providing similar properties like OPC 53 Grade. Due to the usage of pozzolanic materials, PPC helps in reducing environmental problems. The Portland cement price is comparatively less than Ordinary Portland Cement and has great resistance against chemical attacks.



Apart from this, there are several other types as well.

1. Portland Slag Cement: One can use Portland Slag Cement as a replacement for Ordinary Portland Cement because of its environmental and economic benefits. It has a low risk of cracking and is resistant to chloride and sulfate attacks.

2. Wonder Xtreme: Wonder Cement Xtreme Cement undoubtedly meets the needs of the market\'s premium segment. It is a specially formulated blended cement made as per IS 1489 to produce High-Performance Concrete. Wonder Xtreme provides high compressive strength with a smooth finish and dampness prevention.

3. White Cement: White Cement enables a broad variety of colour possibilities for producing structural and architectural concrete, masonry, and cementitious construction materials. Roads are constructed with White Cement to make the medians of highways more visible.

4. Waterproof Cement: Concrete made with this cement are more resistant to water penetration compared to concrete manufactured by regular cement. Because of its higher resistance to water penetration, it is mostly used in water tanks, reservoirs, dams, etc.

5. Rapid Hardening Cement: Rapid Hardening Cement is also known as high early-strength cement. It strengthens within three days and is frequently utilized for projects that involve the removal of formwork at an early stage or when the goal is to accelerate construction while cutting expenses.

Whenever we talk about house construction, the roof of any house becomes one of the most essential parts of the structure. So it must be constructed with the best quality cement. Wonder Cement is the best cement for roof construction because it assures quality check parameters of cement.
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Salient things you need to know while selecting the best cement for your dream place

Date : 2023-01-10

Whether you are doing RCC work, high-rise building construction, roof construction, plaster, or flooring, you can achieve high-quality design by selecting the best cement. Hence, perfect cement is one of the primary solutions to a good functioning building. When you decide to buy cement, you will be perplexed because you will face many questions. For eg: Which cement brand is it, What is the cement price, Which cement type is suitable, Is the cement of great quality or not, Is it available nearby, and What will be the transportation cost.

To ensure you make the right decision, the following are the factors you should consider while looking for cement for your dream project.

                                                                       

1. Check the quantity requirement.

Before purchasing the cement, one should estimate the requirement of the cement bags. Depending on the size of the project, it is necessary to order the bags in bulk so that the cement is consumed within three months time period. By ordering the bags in bulk, you get a chance to bargain, and you can save money.


2. Consider the type of cement.

People often need help with selecting cement. People think that cement of any type can get its job done, but that\'s definitely not the case. Cement companies produce different types of cement for different kinds of construction. The most commonly used cement are Ordinary Portland Cement, Portland Pozzolana Cement, and Portland Slag Cement. Ordinary Portland Cement, also known as OPC cement, is available in three grades OPC-33 grade, OPC-43 grade, and OPC-53 grade. This cement has an early set time and is relatively costlier than PPC cement. The Portland Pozzolana Cement, also known as PPC cement, is a fly ash-based cement that has a longer setting time and is cheaper than OPC. PPC portland is preferred because it is environmentally friendly and is favourable in harsh environmental conditions, while the Portland Slag Cement has a low tendency to crack because it generates low heat during hydration.


3. Check the ISI mark

It becomes hard to make the right choice of selecting the best quality cement, especially where there are so many cement sellers. To find this out, select a well-reputed brand. A good quality cement brand also has the ISI mark on the cement bag, which is one of the best things to certify its quality.


4. Testing the cement

If you want to be sure short, you can also test the cement to determine its durability and distinctive characteristics of cement. Various testing methods can be used to determine the cement\'s quality, strength, consistency, specific gravity, and fineness. Before using cement in construction, it’s crucial to test the quality of cement and material.


5. Check the information

It is one of the most important things to remember while purchasing cement. You will get a lot of information such as cement prices, manufacturer\'s name and address, expiry date of cement, net weight, brand name, ISI mark, etc. Hence read the information very carefully.


6. Cement Packaging

Check the quality of cement packaging as it protects the cement from moisture and tampering. The perfect cement packaging does not lessen the quantity of cement.


7. Availability of cement

Last but not least availability of the best cement in your area. Cement delivery to the construction site is an important factor to consider for the consumer. The availability of the required cement at a nearby dealer and its timely delivery ease the construction process as well as helps in cutting down costs. Find out brands and variants available at your nearest dealer, their price, and frequent availability before choosing that brand. 


If you have a basic idea, then choosing the best cement for your building might be a difficult task. Considering the aforementioned considerations, you may choose what best matches your needs. However, if you are still unclear on your choice, then you can avail the facility of Wonder Cement. As the name implies, the team\'s professionals will help you choose the cement that is most appropriate for you and will explain every aspect of the construction of your dream home in detail. For additional information, either dial 1800 313131 or go to the Wonder Cement website at https://www.wondercement.com/.

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House Renovation: Things to Tick in Your Renovation Checklist this 2023

Date : 2023-01-16

As the world celebrated the new year, many homeowners considered renovating their homes and adding more living space. Before you start, it is essential to create a renovation checklist to help ensure that your project runs smoothly and stays on track.

But before we jump on to the next level, let us understand what maintenance of the building refers to

Maintenance of the building

It refers to the bundle of decisions and measures taken by the homeowner to re-design the structure through minor repairs, painting, cleaning, restructuring the house, replacing the parts, etc. It is the restructuring from the basement to the terrace of a house. Here we will provide you with some renovation tips you should follow in 2023.



1. Set a budget: It is essential to determine how much you can afford to spend on your renovation project before you get started. This will not only help you make informed decisions about the materials and finishes but also help you in avoiding overspending.

2. Define your goals: What do you hope to achieve with your renovation? Do you want to modernize the look of your home, increase its energy efficiency, or add room? Clearly define your goals, and it will help you create a design plan that aligns with your vision.

3. Create a design plan: Sketch out your ideas or work with a designer to create a detailed plan that outlines the layout, style, materials, and finishes you want to use. This will help you visualize the result and provide a roadmap for your contractor.

4. Obtain necessary permits: Depending on the scope of your renovation, you may need to obtain building permits from your local government. Be sure to check with your municipality to find out what is required and allow plenty of time for the permitting process.

5. Choose a contractor: Selecting a reputable contractor is crucial to the success of your renovation. Be sure to get multiple estimates and ask for references before making a decision. It\'s also a good idea to check with your local better business bureau to ensure your chosen contractor has a good track record.

6. Choose the best material: In any renovation project, you always need material from a reputed company, whether it be a reputed brand like Wonder Cement, which is the best company for cement manufacturing, tile manufacturing company, or solving any home-related issues like plumbing, electrical appliances issues, interiors, exteriors, etc.

7. Prepare for construction: Set up a temporary workspace to minimize disruption to your daily routine and protect your home and belongings. If you have neighbours, communicate with them about the construction schedule to minimize any potential disruptions.

8. Stay on schedule: Work with your contractor to establish a timeline for the renovation and do your best to stick to it. This will help ensure that your project stays on budget and is completed on time.

9. Quality control: As the work progresses, be sure to inspect it to ensure that it meets your standards and complies with building codes. For eg: Selecting a particular cement material for a specific use, you should not get confused with Ordinary Portland Cement, Portland Pozzolana Cement, Portland Slag Cement or Wonder Xtreme. Feel free to speak up if you have any concerns or questions.

10. Clean up: Once the construction is complete, be sure to clean up any debris and touch up any paint or finishes as needed. This will help ensure that your newly renovated space is ready for you to enjoy.

11. Enjoy your new space: Take the time to appreciate all the hard work that went into your renovation and enjoy your newly updated home. Whether you have added more living space, increased energy efficiency, or simply updated your home\'s look, the result is rewarding.

By following these key items on your renovation checklist, you can help ensure that your project goes smoothly and that you end up with the home of your dreams.
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Six easy steps to construct a strong waterproof concrete roof

Date : 2023-01-18

Constructing a robust concrete roof can seem tedious because even though concrete is a superior material for building the foundation of both housings and commercial structures, it does not mean that it will not suffer any damage in the future. Adding the best cement for the roof is a great way to protect your building, and waterproofing is one of the methods that can help avoid damage. Here are six easy steps to help you construct a solid waterproof concrete roof:



1. Choose the right concrete mix.

The first step is to select the right concrete mix for building a strong waterproof concrete roof. A mix that is too weak or porous will not be able to withstand the weight of the roof and will easily crack and leak. On the other hand, a mix that is too strong or dense will be too heavy and may cause the roof to collapse. An excellent concrete mix for a roof should have a compressive strength of at least 3,000 psi and a water-to-cement ratio of 0.45 or less.


2. Prepare the surface

Before pouring the concrete, the surface on which the roof will be constructed must be prepared appropriately. It includes removing obstacles, levelling the surface, and creating a slope to allow proper drainage. It is also important to ensure that the surface is free of any cracks or holes that could allow water to seep through.


3. Apply a Waterproofing Membrane

A waterproofing membrane is a crucial step in constructing a waterproof concrete roof. This membrane is applied to the surface before pouring the concrete and serves as an additional layer of protection against water damage. Various waterproofing membrane options are available, including rubberized asphalt, polyurethane, and polyvinyl chloride. It is important to choose a membrane appropriate for the type of roof you are constructing and the climate in which it will be located.


4. Place Reinforcing Bars

Reinforcing bars, or rebar, are essential to a strong concrete roof. They provide additional support and prevent cracking by evenly distributing the roof\'s weight. The rebar should be placed in a grid pattern, with the bars running horizontally and vertically. It is also important to ensure that the rebar is properly secured to prevent movement during the pouring process.


5. Pour and Finish the Concrete

Once the surface is prepared and the waterproofing membrane and rebar are in place, it is time to pour the portland concrete. It is important to pour the concrete into small sections so it can be properly consolidated and finished. The concrete should be poured at least 4 inches thick and finished with a float or trowel to create a smooth surface.


6. Cure the Concrete

Curing is an essential step in the concrete-making process. It is the process of keeping the concrete moist for a specific time period to allow it to harden and gain strength. The curing process should last at least 7 days, during which time the concrete should be covered with plastic or damp burlap to keep it moist. Once the curing process is complete, the concrete roof should be allowed to dry for an additional 7 days before it is ready to be used.


In conclusion, building a strong and waterproof concrete roof is an important process that requires proper planning and execution. By following these six steps, you can ensure that your concrete roof will be durable and resistant to water damage. It is important to remember to choose the right cement brand, like Wonder Cement, concrete mix, prepare the surface, apply a waterproofing membrane, place reinforcing bars, pour and finish the concrete, and cure the concrete properly. With these steps, you can feel secure that your roof will last for years.

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Want to set up a cement factory in India? Here are the key factors one should consider

Date : 2023-01-24

It is obvious that setting up a cement factory can be very lucrative. Though India is the second largest cement manufacturer in the world, setting up a cement factory in India can turn out to be the biggest pain in your head because it involves a lot of investment, research, careful planning, and manpower. This is done to set up the factory in a perfect location and can produce a high quality product that meets market demand. So if you are considering setting up a cement factory in India, here are the key factors you should keep in mind.

1. Market research and demand

Before making any plan for setting up a cement company, it is important to know about the competition and understand the demand for cement in a particular area. It does not matter how creative your mind is or how good your product is if you set up your company where there is no demand. Properly analyze the market size, competitors, buying behaviour, current challenges, and potential problems.


2. Location


To increase the level of competition, identify a perfect location for a cement manufacturing company that is close to the raw material supplier and transportation. For setting up the factory, it needs assessment in terms of energy, land area, emission, and transportation, making it possible to make a rough analysis for a region and country.


3. Raw Materials


The raw material is the most important ingredient to produce any product. Large quantities of raw materials such as Limestone, Shells, and chalk or marl combined with shale, clay, slate, blast furnace slag, silica sand, and iron ore are used for cement production. Therefore, the location of the factories should be close to the source of raw materials to avoid transportation costs.


4. Legal ways for land acquisition


Land acquisition is one of the significant steps because thousands of investment projects can come to a halt if there is a land dispute. Due diligence of such acquisition is a must to acquire land. The Indian government has various regulations in place for the establishment and operation of industries, including cement factories. It is important to be familiar with these regulations and obtain all necessary documents. Acquire the land required for the factory and ensure that it is zoned for industrial use.


5. Environmental clearance


Once all the operating factors are decided, the next step is to get the license and permit to operate the factory. Getting the license and permit proves that you are not violating any environmental laws like damaging trees, or forests, damaging air quality or polluting the local community. Once your project is found suitable, you will get the license for constructing the factory.


6. Get the power supply


There are a few different ways to obtain connectivity. The first option is Cement factories can connect to the electrical grid and purchase power from utility companies. This can be a reliable and cost-effective option for factories located in areas with well-developed electrical infrastructure. The second option is diesel generators which are beneficial for industries located in remote areas. The third option is captive power plants through which the cement industry can create its power plant and generate electricity. The most advanced form of co-generation is combined heat and power, which is more sophisticated and less wasteful.


7. Get the required Manpower


After setting up the factory, you need the required manpower for cement production. Hire professional engineers, subordinates, managers, etc., to start the process. Without any professional help, you cannot begin to the factory.

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Finding the Best Cement Factory Near Me: A Comprehensive Guide

Date : 2023-02-27

Cement is one of the most essential components used in the construction industry. It is the glue that binds together concrete, bricks, and other building materials. When it comes to finding the best cement brand, you always come out with a question, “Which is the best cement factory near me?” Well, it is essential to consider factors such as quality, reliability, and cost-effectiveness. In this comprehensive guide, we will walk you through the process of finding the best cement factory near you.



1. Quality of cement

The first factor to consider when searching for the best cement factory near you is the quality of cement produced. High-quality cement is essential for ensuring the durability and strength of any construction project. You can research the reputation of a cement factory by checking their certifications, awards, and customer reviews. Wonder Cement, for example, has won several awards for its high-quality cement, including Asia\'s Most Promising Brand Award and the Indian Cement Review Award.


2. Production capacity

The production capacity of a cement factory is another crucial factor to consider. A factory with a higher production capacity can cater to a larger customer base and offer more competitive prices. Wonder Cement has a production capacity of 6.75 million tons per year, making it one of the largest cement manufacturers in North India.


3. Location

The location of the cement factory is an essential factor to consider. A factory located close to your construction site can reduce transportation costs and ensure timely delivery. Wonder Cement has several manufacturing units located across North India, including in Rajasthan, Gujarat, and Madhya Pradesh.


4. Customer Service

Excellent customer service is crucial when choosing a cement factory. A company with a dedicated customer service team can provide assistance and support throughout the construction process. Wonder Cement has a 24/7 customer service team that can help you with any queries or concerns you may have.


5. Price

The price of cement is a significant factor to consider when selecting a cement factory. While the cost of cement should not be the only factor, it is essential to find a factory that offers competitive prices without compromising quality. Wonder Cement offers high-quality cement at a competitive price, making it an excellent choice for customers.

Conclusion

In conclusion, finding the best cement factory near you requires careful consideration of various factors, including quality, production capacity, location, customer service, and price. Wonder Cement is an excellent choice for customers looking for high-quality cement that is reliable, affordable, and backed by excellent customer service. With several manufacturing units located across North India, Wonder Cement is well-positioned to meet the needs of customers across the region.

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Avoiding Common Mistakes When Using Cement for Roofing Purposes

Date : 2023-02-27

When it comes to constructing a roof, choosing the right materials is crucial to ensure its durability and strength. Cement is one of the most popular building materials used for roofing purposes. It is a strong and durable material that can withstand extreme weather conditions. However, using the best quality cement for roofing purposes requires careful attention to detail to avoid common mistakes that can compromise the quality and integrity of the roof. In this blog, we will discuss some of the common mistakes to avoid when using cement for roofing purposes.


1. Not Choosing the Right Type of Cement:

One of the most common mistakes people make when using cement for roofing purposes is not choosing the best cement for roof. There are different types of cement available on the market, each with its unique properties and uses. Using the wrong type of cement can lead to cracks, leaks, and other problems on the roof. Therefore, it is essential to choose the right type of cement based on the specific requirements of the roof.


2. Inadequate mixing:

Another common mistake when using cement for roofing purposes is inadequate mixing. Proper mixing of cement with water is crucial to ensure its strength and durability. Inadequate mixing can lead to weak spots in the roof, making it susceptible to damage from water and other elements. Therefore, it is important to follow the manufacturer\'s instructions carefully while mixing cement for roofing purposes.


3. Incorrect application:

Incorrect application of cement is another common mistake that people make when using it for roofing purposes. Applying too little or too much cement can compromise the quality and strength of the roof. Therefore, it is important to follow the manufacturer\'s instructions carefully while applying cement to the roof. For even and smooth coverage, it is also crucial to use the right equipment and tools.


4. Not Allowing Sufficient Curing Time:

Curing is the process of allowing cement to dry and harden. Not allowing sufficient curing time is a common mistake when using cement for roofing purposes. Applying the roof too early can lead to cracks, leaks, and other problems. Therefore, it is important to provide sufficient curing time as per the manufacturer\'s instructions before using the roof.


5. Poor maintenance:

Poor maintenance is another common mistake that can compromise the quality and durability of the roof. Regular inspection, cleaning, and maintenance can help identify and address any issues before they turn into serious problems. Therefore, it is important to schedule regular maintenance and inspection of the roof to ensure its longevity.

In conclusion, using Wonder Cement for roofing purposes can be a wise choice for its strength and durability. However, avoiding the common mistakes discussed above is crucial to ensure a high-quality and long-lasting roof. By choosing the right type of cement, mixing it properly, applying it correctly, allowing sufficient curing time, and maintaining it regularly, you can ensure that your cement roof stays strong and sturdy for years to come.


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Finding the Best Deal on Perfect Cement for Sale: A Comprehensive Guide for Buyers

Finding the Best Deal on Perfect Cement for Sale: A Comprehensive Guide for Buyers

Date : 2023-03-01

Cement is an essential building material used in various construction projects, ranging from small home renovations to large commercial projects. The quality of cement used in a construction project can significantly affect the overall durability and strength of the structure. 

Thus, finding the right cement for sale ensures the longevity of the building. It can, however, be challenging for buyers to find the most suitable cement for sale. In this guide, we will discuss some essential factors that buyers should consider when searching for the best deal on the perfect cement for sale.


1. Quality of cement

The first and foremost factor that buyers should consider when searching for the best deal on cement is its quality. Quality cement should have high compressive strength, low shrinkage, and high workability. Buyers should check the grade and certification of the cement to ensure that it meets industry standards. In addition, buyers should also check the manufacturing process and source of raw materials used in producing the cement.


2. Price comparison

Price comparison is another critical factor that buyers should consider when searching for the best deal on cement. Buyers should research and compare the prices of cement from different suppliers and manufacturers. However, it is essential to note that the cheapest option may not always be the best quality. Therefore, buyers should look for a balance between quality and price.


3. Delivery and logistics

Buyers should also consider delivery and logistics of cement when searching for the most affordable deal. It is crucial to ensure that the supplier can deliver the cement on time and to the desired location. Buyers should also check the transportation and storage conditions of the cement to ensure that it remains in proper condition during transit.


4. Customer Service

The quality of customer service provided by the supplier is also an essential factor to consider when searching for the most affordable deal on cement. Buyers should choose a supplier that provides excellent customer service, including prompt response to queries, transparent communication, and after-sales support.


5. Reputation and Reviews

Finally, buyers should consider the reputation and reviews of the supplier before making a purchase. It is essential to choose a supplier with an excellent reputation on the market and positive reviews from previous customers. Buyers can check online reviews and ratings of the supplier or ask for referrals from other professionals in the construction industry.

In conclusion, finding the right deal on the perfect cement requires careful consideration of various factors, including quality, price comparison, delivery and logistics, customer service, and reputation and reviews. By keeping these factors in mind, buyers can make an informed decision and ensure the longevity and durability of their construction project. Wonder Cement Ltd is a leading cement manufacturer in India that offers high-quality cement at competitive prices. With a commitment to customer satisfaction, Wonder Cement Ltd provides excellent customer service and timely delivery of cement to its customers.

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The Benefits of Using Portland Concrete for Landscaping and Hardscaping Projects

Date : 2023-03-01

Landscaping and hardscaping projects have become increasingly popular in recent years. People are now more conscious of the importance of outdoor spaces and the value they add to their homes. One key aspect of these projects is the use of concrete, specifically Portland concrete.

Portland concrete is a type of concrete that is made with Portland cement, a type of cement that was first produced in the 1800s. It has become the most widely used type of cement in the world due to its strength, durability, and versatility. It is used in a wide range of applications, including roads, bridges, buildings, and landscaping projects.

If you are planning a landscaping or hardscaping project, here are some of the benefits of using Portland concrete:


1. Durability and longevity

One of the main benefits of using Portland concrete for landscaping and hardscaping projects is its durability and longevity. Portland concrete is designed to withstand harsh weather conditions, extreme temperatures, and heavy foot traffic. It can last for decades without needing significant repairs or maintenance.


2. Design flexibility

Another advantage of using Portland concrete for landscaping and hardscaping projects is its design flexibility. It can be molded into any shape or size, allowing you to create unique and intricate designs that will enhance the aesthetic appeal of your outdoor space. You can also add color and texture to concrete to create a personalized look.


3. Low maintenance

Portland concrete is relatively low maintenance compared to other landscaping and hardscaping materials such as wood or stone. It does not require regular sealing or staining, and it can be easily cleaned with soap and water. This makes it a cost-effective option in the long run, as it will require fewer repairs and replacements.


4. Eco-friendly

Portland concrete is an eco-friendly material. It is made from natural resources such as limestone, clay, and shale, and it can be recycled at the end of its life cycle. This makes it a sustainable choice for landscaping and hardscaping projects.


5. Cost-effective

Finally, Portland concrete is a cost-effective material for landscaping and hardscaping projects. It is widely available and relatively inexpensive compared to other cement products. Its durability and low maintenance requirements also make it a cost-effective choice in the long run.

In conclusion, Portland concrete is an excellent choice for landscaping and hardscaping projects. It offers durability, design flexibility, low maintenance requirements, eco-friendliness, and cost-effectiveness. If you are planning a landscaping or hardscaping project, consider using Portland concrete for an elegant and long-lasting outdoor space.


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Why blended fly ash is a game changer in portland cement production

Date : 2023-03-30

Portland cement is a popular building material known for its strength, durability, and versatility. However, its production has a significant environmental impact due to the high carbon emissions associated with cement manufacturing. Blended fly ash cement is a type of cement made by blending Portland cement with a certain percentage of fly ash, a by-product of coal-fired power plants. In this blog, we will explore why blended fly ash is a game changer in Portland cement production.

What is Blended Fly Ash Cement?

Blended fly ash cement is a type of cement made by blending Portland cement with a certain percentage of fly ash, a by-product of coal-fired power plants. Fly ash added to Portland cement improves the strength, durability, and workability of cement.

How Does Blended Fly Ash Cement Improve Sustainability?

By recycling fly ash, we can significantly reduce carbon emissions generated by Portland cement production. Fly ash in cement production reduces carbon emissions by up to 20%. Additionally, the use of fly ash in cement manufacturing reduces waste generated by power plants.

Advantages of Blended Fly Ash Cement:

Blended fly ash cement offers several advantages over traditional Portland cement. It can reduce hydration heat, improve concrete workability, and result in more durable concrete that is less prone to cracking.

Use of Blended Fly Ash Cement at Wonder Cement Ltd.:

Wonder Cement Ltd is committed to sustainable manufacturing practices. The use of blended fly ash in our cement production is one of the ways we are working towards this goal. Our state-of-the-art manufacturing facilities and quality control measures ensure that our blended fly ash cement products meet the highest standards of quality and durability.

Blended fly ash cement is more sustainable and environmentally friendly because it reduces carbon emissions and helps to recycle waste materials that would otherwise have been sent to landfills. Traditional Portland cement manufacturing requires high temperatures and produces significant amounts of carbon dioxide, contributing to greenhouse gas emissions and global warming. Blended fly ash cement, on the other hand, uses recycled materials and requires less energy during production, resulting in a lower carbon footprint.

Wonder Cement Ltd understands the importance of sustainability and environmental stewardship. By incorporating blended fly ash into our cement production, we are proactive in reducing our environmental impact. We believe that businesses have a responsibility to contribute to a more sustainable future, and we are committed to doing our part.

Our high-quality blended fly ash cement products have been tested and proven to offer superior strength, durability, and workability to traditional Portland cement. Our customers can rest assured that they are getting a product that not only meets their needs but also protects the environment.

As a leader in the cement industry, we believe that it is our responsibility to educate our customers and partners about the benefits of blended fly ash cement. By working together towards a more sustainable future, we can make a significant impact on the environment. This will help ensure a better world for future generations.

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What are the modern techniques used in earthquake-resistant building construction?

Date : 2023-03-31

Over the last couple of months, one natural disaster has proved to be the deadliest, which is the earthquake. Whether we talk about major earthquakes that occurred in Turkey, Syria, and Japan or minor earthquakes that occurred in India, they can cause incredible damage and should be taken seriously. In today\'s world, earthquake-resistant building construction is of the utmost importance as it ensures the safety of the occupants and reduces the risk of property damage during seismic activities. With technological advancement, there have been several modern techniques developed to construct earthquake-resistant buildings. 

Wonder Cement Ltd, the best cement manufacturing company, understands the importance of building earthquake-resistant structures and has been working towards providing high-quality cement that supports modern techniques.

Here are some modern earthquake-resistant building construction techniques:

Base isolation technique:

The base isolation technique involves using flexible bearings made of rubber, steel, or a combination of both to separate the building from the ground. The bearings are placed between the foundation and the building, allowing the building to move independently of the ground during an earthquake. This technique reduces seismic force transferred to the building and protects it from damage.

Energy Dissipation Technique:

The energy dissipation technique involves adding dampers to the structure, which help to absorb seismic energy during an earthquake. The dampers can be made of different materials, including steel, lead, and rubber, and are placed at strategic locations in the building. This technique reduces vibrations in the building and protects it from damage.

Moment-Resisting Frames:

Moment-resisting frames are used in high-rise buildings and are designed to withstand lateral forces caused by seismic activity. These frames are made of steel or reinforced concrete and absorb energy through plastic deformation, making them ideal for earthquake-resistant construction.

Shear walls:

Shear walls are structural walls placed at strategic locations in the building to resist lateral forces. These walls are made of reinforced concrete or masonry and reduce building deformation during earthquakes.

In addition to these modern techniques, it is crucial to choose the best quality cement for earthquake-resistant building construction. Here are some tests to check cement quality:

Fineness Test:

The fineness test determines cement particle size. A fine powder is preferred as it increases the surface area and enhances the cement strength.

Consistency Test:

The consistency test determines the water-cement ratio that results in a workable mixture. The test involves measuring cement paste flow through a standard cone.

Setting Time Test:

The setting time test determines the time cement takes to set and harden. It is crucial to ensure that the cement sets within the desired time frame to prevent damage to the structure.

Compressive strength test:

The compressive strength test determines cement strength by applying a compressive force to a standard mortar cube. The strength of cement is critical in earthquake-resistant building construction as it ensures that the building can withstand the lateral forces generated during seismic activity.

Wonder Cement Ltd produces high-quality cement that meets earthquake-resistant building construction requirements. Their products are tested rigorously to ensure they meet the necessary standards and provide the desired strength and durability.

In conclusion, earthquake-resistant building construction is essential in today\'s world, and several modern techniques have been developed to ensure occupant safety and prevent property damage. It is crucial to use the best quality cement that meets the necessary standards and undergoes rigorous testing to ensure its strength and durability. Wonder Cement Ltd is committed to providing high-quality cement that supports earthquake-resistant building construction, making them the ideal choice for your construction needs.

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Which is best cement for plastering PPC cement or OPC cement?

Date : 2023-03-31

When it comes to plastering, the type of cement used can play a crucial role in determining the strength, durability, and overall quality of the finished product. The two most popular plastering cement types are PPC (Portland Pozzolana Cement) and OPC (Ordinary Portland Cement). Both types have their own unique properties and benefits; determining which is best for plastering ultimately depends on the specific project requirements and budget.

PPC cement: 

It is a type of blended cement that is made by mixing Portland cement with pozzolanic materials such as fly ash, volcanic ash, or calcined clay. The addition of these materials not only enhances the strength and durability of the cement but also reduces the amount of heat generated during the curing process. This makes PPC cement ideal for use in plastering applications, as it results in a smoother and more even finish. The pozzolanic materials in PPC cement react with the calcium hydroxide produced by the hydration of cement, resulting in the formation of additional cementitious compounds. These compounds improve the workability and reduce the permeability of the cement, making it ideal for plastering.


OPC cement:

It is a traditional type of cement made solely from clinker and gypsum. While OPC cement is known for its high compressive strength and early strength gain, it can also result in a rough finish when used for plastering. The high heat of hydration produced by OPC cement can cause cracking and shrinkage, resulting in an uneven finish. This is why OPC cement is not recommended for plastering applications where a smooth finish is desired.


So, which is best for plastering – PPC cement or OPC cement? The answer largely depends on the specific requirements of the project. If a smooth and even finish is desired, PPC cement is typically the better choice. However, if higher compressive strength is needed or if the budget is a concern, OPC cement may be the better option.


It is also worth noting that some manufacturers offer blended cement that combines the benefits of both PPC and OPC cement. This blended cement can offer the best of both worlds, providing a smooth finish while also providing higher compressive strength. Blended cement is made by adding pozzolanic materials to OPC cement. The pozzolanic materials react with calcium hydroxide to form additional cementitious compounds, which improve the workability, reduce permeability, and enhance the strength of the cement.

However, regardless of the type of cement chosen, it is crucial to select a trusted brand known for its commitment to quality and excellence. Wonder Cement is one such brand that offers a range of high-quality cement products that are ideal for plastering applications. With Wonder Cement, you can be confident that you are getting a reliable and durable product that will help you achieve the desired finish for your plastering project.


Wonder Cement is committed to producing high-quality cement products that meet the needs of its customers. Their state-of-the-art manufacturing facilities and strict quality control procedures ensure that every batch of cement is consistent and meets the highest standards of quality. Wonder Cement offers a range of cement products, including PPC and OPC cement.


In conclusion, selecting the right type of cement for plastering is crucial for achieving the desired finish and ensuring the durability and longevity of the plaster. While PPC cement is generally the better choice for a smooth and even finish, OPC cement may be the better option for higher compressive strength or budget constraints. However, it is important to select a trusted brand like Wonder Cement to ensure that you are getting a high-quality product that meets your project requirements.

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How to check the best quality cement, and what are the different types of tests to check?

Date : 2023-03-31

As consumers, we all want to ensure we use the best quality cement for our construction projects. Quality is an essential factor to consider when choosing cement, as it directly affects the strength, durability, and lifespan of the structure. 


Here, we will discuss how to check for the best quality cement and the different types of tests used to determine cement quality.

Check for Brand Reputation:  

The first step in choosing the best quality cement is to look for a reliable and reputed brand. Established brands like Wonder Cement produce high-quality cement using advanced technology and modern manufacturing practices. This ensures consistency in product quality and reduces the risk of defects.


Physical tests:
Physical tests are conducted to check the fineness, setting time, soundness, and compressive strength of the cement. These tests are performed at various stages of the manufacturing process and during storage and transportation. The fineness test determines the cement particle size, which affects the rate of hydration and strength development. The setting time test checks the cement\'s time to harden and attain strength. The soundness test evaluates cement\'s ability to resist volume changes due to hydration and prevents cracks in the structure. The compressive strength test measures cement\'s ability to withstand pressure and is essential for determining its suitability for different construction applications.


Chemical tests:
Chemical tests are conducted to check the chemical composition of the cement, which affects its strength and durability. The main chemical tests include the loss on ignition test, the sulfate resistance test, and the alkali-aggregate reaction test. The loss on ignition test measures the amount of organic matter and carbon dioxide in the cement based on its loss on ignition. The sulfate resistance test checks cement\'s resistance to sulfate attack, which can damage the structure. The alkali-aggregate reaction test determines cement\'s reaction with certain aggregates and prevents long-term damage to the structure.


Field tests:
Field tests are conducted to check the quality of cement used in construction. These tests include the slump test, the cube test, and the compacting factor test. The slump test determines the consistency and workability of the cement mix, while the cube test checks the compressive strength of the hardened cement. The compacting factor test measures the cement mix\'s workability and consistency.

In conclusion, choosing the best quality cement is crucial for the durability and safety of any construction project. Checking brand reputation, conducting physical and chemical tests, and performing field tests are essential steps in determining cement quality. 

Wonder Cement is a leading cement manufacturing plant known for producing high-quality cement products using advanced technology and modern manufacturing practices. Their state-of-the-art manufacturing facilities and strict quality control procedures ensure that every cement batch is consistent and meets the highest quality standards. Wonder Cement offers a range of cement products, including PPC and OPC cement.

By choosing Wonder Cement, you can be confident that you are getting the best quality cement for your construction project.

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What happens if the concrete is not cured properly - Wonder Cement

What happens if the concrete is not cured properly - Wonder Cement

Date : 2023-05-03

The Curing of concrete is a critical process that takes place after the concrete is poured. It plays a vital role in ensuring the finished product\'s strength, durability, and longevity. Cement production is the first step in creating concrete, but proper curing ensures that the final product meets performance standards. Unfortunately, many people underestimate the importance of proper curing, and as a result, they may end up with concrete that fails to meet their expectations.

So, what happens if the concrete is not cured properly? The answer to that question depends on several factors, including the type of concrete, the environmental conditions during the curing process, and the desired performance standards for the finished product. 


Here are some potential consequences of inadequate curing:

Reduced strength: 

The curing process is essential for concrete to reach its full strength potential. If the concrete is not cured properly, it may not achieve its full compressive strength. This can lead to cracking, spalling, and other forms of damage.


Poor durability:

Proper curing is also critical to concrete\'s long-term durability. If the concrete is not adequately cured, it may be more susceptible to damage from freeze-thaw cycles, chemical attacks, and other forms of deterioration.


Cracking: 

Concrete that is not cured properly may crack, either during the curing process or later in its service life. These cracks can compromise the concrete\'s structural integrity and may require costly repairs or replacement.


Surface defects: 

Improper curing can also lead to surface defects such as scaling, crazing, and discolouration. These defects can detract from the finished product\'s aesthetic appeal.


Reduced lifespan: 

In extreme cases, inadequate curing can lead to premature concrete failure, which can be a safety hazard and can also result in costly repairs or replacement.


To avoid these potential consequences, it is essential to follow proper curing procedures. This includes maintaining the appropriate temperature and humidity levels during the curing process. It also includes using curing compounds or coverings to prevent moisture loss and allowing the concrete to cure for the appropriate amount of time. By taking these steps, you can ensure that your concrete meets the desired performance standards and will provide reliable service for many years to come.


Wonder Cement Ltd understands the importance of proper curing in ensuring the quality of our cement and concrete products. That\'s why we employ rigorous quality control procedures throughout the cement production process. We provide our customers with detailed guidelines for curing concrete to ensure optimal performance. Whether you\'re building a new home, a commercial structure, or an infrastructure project, you can trust Wonder Cement to provide you with the high-quality cement and concrete products you need to succeed.


If you're looking for high-quality cement and concrete products that are backed by industry-leading expertise and support, look no further than Wonder Cement Ltd. Visit the website of Wonder Cement today to learn more about our full range of products and services, including our commitment to quality, sustainability, and customer satisfaction.

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Why Wonder Plus should be your first option for construction?

Date : 2023-05-03

When it comes to construction, choosing the right cement is crucial. The durability and strength of any structure depend heavily on the quality of the cement used. Wonder Cement Ltd, one of the leading cement manufacturers in India, has introduced Wonder Plus Cement, which is quickly becoming the first option for construction for many builders and engineers.


Wonder Plus Cement is made at the Wonder Cement plant, located in Rajasthan. This plant is equipped with the latest technology and equipment to ensure the cement produced is of the highest quality. The plant uses the dry process, which ensures that the cement produced is free from impurities, making it highly durable and strong.


There are several reasons why Wonder Plus Cement should be your first option for construction. 


Durability and Strength:

Wonder Plus Cement is made using high-quality raw materials which withstand harsh weather conditions and heavy loads. This means that any structure built using Wonder Plus Cement will last for years to come.


Compressive strength:

Wonder Plus Cement has a high compressive strength, which makes it ideal for all types of construction. Whether you are building a small residential house or a large commercial building, Wonder Plus Cement will provide the necessary strength and durability to the structure.


Low hydration heat:

It generates less heat during the setting process, which reduces the risk of thermal cracking. Thermal cracking can weaken the structure and reduce its lifespan, which is why it is essential to use cement with a low hydration heat.


Low alkali content: 

Wonder Plus Cement reduces the risk of alkali-silica reactions. An alkali-silica reaction occurs when cement reacts with certain aggregates in the concrete, which can lead to cracking and weakening. By using Wonder Plus Cement, you can avoid this problem and ensure that your structure remains strong and durable.


Affordability and Availability:

As one of the leading cement manufacturers in India, Wonder Cement Ltd has a wide network of dealers and distributors across the country. This means that you can easily find Wonder Plus Cement at a reasonable price, making it an excellent option for any construction project.


In conclusion, Wonder Plus Cement should be your first option for construction because of its high durability, compressive strength, low heat of hydration, low alkali content, and affordability. Produced at the Wonder Cement plant using the latest technology and equipment, this cement is perfect for all construction projects.


Whether you are building a small house or a large commercial building, Wonder Plus Cement will provide the necessary strength and durability for your structure. So, choose Wonder Plus Cement and ensure your construction project\'s success.


So, are you ready to make Wonder Plus Cement your first choice for your construction project? Head over to learn more about this high-quality cement and how it can make your project a success.
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Common Mistakes to avoid In Brick Masonry

Date : 2023-05-03

Brick masonry is one of the oldest and most reliable construction techniques used to build durable structures. It involves laying bricks in a specific pattern using mortar, which is a mixture of cement, sand, and water. While brick masonry is a straightforward process, it is important to avoid certain common mistakes that can compromise the quality and durability of the structure. In this blog, we will discuss some of these mistakes and how to avoid them.



Before we delve into common mistakes, it is important to understand cement\'s role in brick masonry. Cement is a crucial component of the mortar used to bind bricks together. The cement manufacturing process involves heating raw materials such as limestone, clay, and shale at high temperatures to produce a fine powder called cement. This powder is then mixed with sand and water to make mortar, which is used in brick masonry.


Cement products such as Wonder Cement are known for their strength and durability, making them an ideal choice for brick masonry.


Now, let\'s look at some common brick masonry mistakes:


Poor quality mortar

The quality of brick masonry mortar is crucial to the durability of the structure. Poor quality mortar can result in weak joints that can easily crack and crumble. To avoid this, always use high-quality cement products and mix the mortar according to the manufacturer\'s instructions.


Incorrect brick placement:

Bricks should be laid in a specific pattern to ensure structural integrity. Incorrect brick placement can result in weak points in the structure that can compromise its stability. Always follow the recommended bricklaying pattern and ensure that each brick is properly aligned and level.


Improper joint thickness:

The thickness of the brick joints should be consistent throughout the structure. Inconsistent joint thickness can weaken the structure and crack it. Always use a consistent amount of mortar when laying each brick to ensure even joint thickness.


Inadequate curing time:

Curing is the process of allowing mortar to dry and harden before applying any load to the structure. Inadequate curing time can result in weak joints that can easily crack and compromise the structure\'s stability. Always follow the recommended curing time for the mortar type used.


Poor drainage:

Brick masonry structures are susceptible to water damage if proper drainage is not provided. Water can seep into the structure through the joints and cause damage over time. Always ensure proper drainage to prevent water damage.


In conclusion, brick masonry is a reliable construction technique that lasts for decades if done correctly. By avoiding these common mistakes and using high-quality cement products such as Wonder Cement, you can ensure that your brick masonry structure is strong, durable, and able to withstand time.


If you\'re looking for high-quality cement products to use in your next brick masonry project, look no further than Wonder Cement. Their cement manufacturing process results in strong and durable cement products perfect for any construction project. Visit the website today to learn more about their products and how they can help you build the structures of your dreams.

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Types of soil and their effects on different building foundations.

Date : 2023-05-03

Soil is essential for building foundations. The type of soil on which a structure is built determines the foundation\'s stability and durability. Soil conditions vary widely across different locations. It is important to understand the type of soil present at a building site to determine the best construction techniques and materials. 

In this blog, we will discuss the different types of soil and their effects on building foundations. This is particularly relevant in the context of earthquake-resistant building construction.



Types of soil:

There are several types of soil, each with its own unique properties that impact building foundations. Some of the most common soil types include:


Clay Soil:

Clay soil is dense and has poor drainage. It is prone to swelling and shrinking with changes in moisture levels, which can cause cracks in building foundations. In areas with high seismic activity, clay soil can also cause liquefaction during earthquakes, which can lead to building collapse.


Sandy soil:  

Sandy soil is porous and drains well, preventing moisture-related issues. However, it is not as strong as other types of soil and is prone to erosion.


Silly soil: 

Silty soil is a mix of sand, clay, and silt particles. It is often found near rivers and other water bodies and is prone to erosion. It is also less stable than clay soil and may shift during earthquakes.


Rocky soil: 

Rocky soil is dense and provides excellent foundation support. However, it can be difficult to excavate, making it more expensive to build on.


Effects of soil types on building foundations:

The type of soil on which a building foundation is constructed can have a significant impact on its stability and resistance to earthquakes. For example,


Clay Soil - As mentioned earlier, clay soil can shrink and expand with moisture changes. This can cause cracks in building foundations and compromise their stability. In areas with high seismic activity, clay soil can also liquefy during earthquakes, leading to building collapse.


Sandy Soil - Sandy soil is less stable than other soil types and can shift during earthquakes. This can lead to foundation settlement and damage to the structure above.


Silty Soil - Silty soil is prone to erosion and shifts during earthquakes. This can cause foundation settlement and structural damage.


Rocky Soil - Rocky soil provides excellent support for building foundations and is highly resistant to earthquake damage.


Earthquake-resistant building construction:

Given the potential for earthquakes to damage building foundations, it is important to use construction techniques that minimize this risk. Some strategies for earthquake-resistant building construction include:


Foundation Design - The design of the foundation should take into account the type of soil on which it will be built. For example, if the soil is prone to liquefaction, the foundation may need to be deeper or reinforced with additional materials.


Reinforcement - Steel reinforcement can be added to building foundations and walls to increase their resistance to earthquake forces.


Damping Systems - Damping systems can be installed to reduce energy transfer to the building during an earthquake. These systems can include shock absorbers, vibration isolators, and other devices.


Conclusion:

The type of soil on which a building foundation is constructed can have a significant impact on its stability and resistance to earthquakes. Clay soil, sandy soil, silty soil, and rocky soil each have their own unique properties that affect building foundations in different ways. By understanding these properties and using appropriate construction techniques, it is possible to build earthquake-resistant structures that withstand seismic activity and provide long-term durability.


If you\'re looking for high-quality cement and concrete products that are backed by industry-leading expertise and support, look no further than Wonder Cement Ltd. Visit our website today to learn more about our full range of products and services, including our commitment to quality, sustainability, and customer satisfaction.
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How can the planet become greener by using Portland Pozzolana Cement?

Date : 2023-05-19

As environmental concerns take center stage, the construction industry strives to adopt sustainable practices and reduce its ecological footprint. One significant development in this regard is the emergence of Portland Pozzolana Cement (PPC) as a viable alternative to traditional Portland cement. By integrating fly ash, a waste product of coal-fired power plants, PPC offers numerous benefits that can contribute to a greener planet. In this blog post, we will explore how PPC can pave the way for a more sustainable future in the construction industry.