Portland Slag Cement (PSC) is a type of cement that is made by combining Portland cement clinker, granulated blast furnace slag, and gypsum. The slag is a byproduct of the iron and steel industry, and it is ground into a fine powder before being added to the other ingredients. The mixture is then ground into a fine powder, and it is ready to be used to make concrete.
Portland Slag Cement (PSC) is really strong and durable. It's great for building things because it makes concrete stronger and less likely to crack. If you need good materials for your construction work, PSC is a good choice. And finding a dependable supplier of construction materials is important for making sure your projects go well.
Additional natural or chemical gypsum may be included during the grinding process.
Portland Slag Cement (PSC) is primary choices in most of the grand projects. It is popular in constructions because it is strong, long-lasting, and good for the environment.
In the current scenario, there is high demand for strong building materials that offer protection against harsh weather conditions, that's why Portland Slag Cement (PSC) is so popular for houses, offices, and factories.
Mostly in big projects like highways, bridges, dams, and airports choose to use PSC because of great durability.
Furthermore, PSC is also the best option for water-related constructions like dams, canals, and water tanks because it prevents water leakages. Overall, PSC is versatile and suitable for both large infrastructure projects and everyday construction.
For more information on cement types, you can check out our pages on OPC (Ordinary Portland Cement), a staple in construction known for its strength and versatility, and PPC (Portland Pozzolana Cement), which incorporates pozzolanic materials for enhanced durability and sustainability.
Made from recycled materials from iron and steel production, reducing industrial waste significantly.
Resistant to chemicals and designed for long-lasting strength, ideal for tough environments.
Uses less energy and raw materials compared to traditional cement, resulting in lower production costs.
Helps the environment by reusing industrial leftovers, reducing greenhouse gas emissions.
Suitable for a wide range of construction projects including bridges, buildings, and homes.
Provides extended workability time, allowing builders ample time for shaping and detailing before it sets.
PSC is used to build strong and durable roads and bridges across Nepal's diverse landscapes, ensuring they can withstand heavy traffic and weather conditions.
Builders use PSC to construct sturdy homes and apartments that last longer and are more cost-effective compared to regular cement.
PSC is preferred for constructing malls, offices, and shops because it can handle lots of people and heavy use without weakening.
PSC Cement is essential for building dams, tunnels, and other structures for hydropower plants due to its strength and resistance to water damage.
Industries use PSC Cement to create durable structures that resist chemicals and can support heavy machinery.
PSC Cement is used in schools, hospitals, and community centers because it's strong and saves money, ensuring these public buildings stay in good shape for a long time.
