Surya Gold Cement

 The dry process of cement production is a widely-used and efficient method for creating cement. It involves using raw materials such as limestone, clay, and iron ore, which are first crushed into a fine powder, then preheated and pre-calcined at high temperatures to create a chemical reaction that results in the production of clinker. The clinker is then ground with gypsum and other additives to create cement. The dry process ofcement production has several advantages over the wet process , including lower energy consumption and the ability to produce higher quality cement with fewer impurities. At Surya Cement, we understand that the process of creating cement is a delicate and intricate one, requiring a thorough understanding of the scientific and chemical properties of raw materials, as well as the various stages of production. Stages of the Dry Process of Cement Production   The dry process of cement production involves several stages, each of which is crucial in ensuring

When it comes to construction, there are two types of cement mainly used to impact on the quality of the structure. Cement is the binding agent that holds everything together, so it is essential to choose the right type of cement for your project. Today in this post, we will discuss the cost depending factors of PPC and OPC cement, which are the two most commonly used types of cement use in construction. What is PPC Cement? PPC stands for Portland Pozzolana Cement . This type of cement is made by blending Portland cement clinker with pozzolanic materials like fly ash, volcanic ash, or calcined clay. The pozzolanic materials are added to the cement during the manufacturing process, which gives the cement additional strength and durability. Cost Depending Factors of PPC Cement ·          Raw Material Cost - The primary cost of PPC cement is raw material cost. The cost of raw materials like clinker and pozzolanic materials can vary depending on their availability and demand in t

As the owner of Surya Cement, I understand the importance of preventing wall dampness in buildings. Damp walls can be a real problem, causing damage to the structure of buildings and posing health risks to the occupants.  However, with the right precautions and maintenance, you can keep your walls dry and avoid the issues associated with wall dampness. Through this you can prevent wall dampness and maintain a healthy and safe living environment. Here are 10 tips that can help you prevent wall dampness: Ensure proper ventilation: Good ventilation is essential to prevent wall dampness. Proper ventilation allows the moisture to escape from the building, reducing the chances of dampness. Seal cracks and gaps: Any cracks or gaps in the walls should be sealed to prevent the entry of moisture into the building. Use waterproof materials: Use waterproof materials such as cement, waterproof paints, and membranes to prevent moisture from penetrating the walls. Install a damp proof course: A d