Yogi GRC Products

  Fiber Reinforced Concrete, or FRC, is a material that can be used for many things and is becoming more famous in the building industry. By adding fibres made of steel, glass, synthetic, or natural materials to regular concrete mixtures, FRC makes them work better and last longer. Here are some of the most important perks of fiber-reinforced concrete. Better Tensile Stability One of the best things about FRC is that it has a higher tensile strength. Unlike regular concrete, which breaks easily when stretched, the threads help the stress spread out in the material. This makes the concrete stronger so it can stand up to more force without breaking. Better durability For a much longer-lasting concrete, fibres should be put into it. Fiber-reinforced concrete doesn't shrink or crack easily, so fixes need to be done less often. It is more sturdy and can stand up to chemical attacks, wear and tear, and freeze-thaw cycles so that you can use it inside or outside. Better protecti

  Concrete Floor It could be not good for your home or business if water gets through a concrete floor. This problem is more likely to happen in basements and ground floors because water can easily get through the weak concrete. The following method will help you keep water from rising through your concrete floor. Find Out Where The Water Comes From. First, figure out where the water is coming in. It could be because of a plumbing leak, rising groundwater, or bad building draining. Check your area often, especially after it rains a lot, to see if there are any water pools around your base. Figure out the cause so you can pick the right answer. Improve The Drainage In The Foundation Area. If the ground doesn't drain well, water can pool near the base. Putting up gutters, downspouts, and the right kind of grading can help move water away from the house. Soil should slope away from the base of the building so that water doesn't pool and seep into the floor. Cover The Con

  GFRC Concrete is used a lot in architecture and construction engineering because it is flexible and lasts long. Plastic polymer from acrylic is an important part that makes it better. This piece details how crucial acrylic polymer is in glass fibre-reinforced concrete (GFRC), including its benefits, how it can be used, and how it affects the performance of GFRC. Why glass fibre reinforced concrete is a good idea? GFRC concrete is strong when pulled apart, doesn't weigh much, and lasts long. Because of these traits, it is ideal for intricate designs, complicated shapes, and other tasks that need strength and beauty. Acrylic polymer must be added to the GFRC concrete for the best results. What Acrylic Polymer Does to Glass Fibre Reinforced Concrete? Making Things Work Better It is easier to work with glass fibre-reinforced concrete (GFRC) when acrylic polymer is added to it. As plasticisers, acrylic polymers lower the water in cement and make the mix more fluid. This ma

The new multi-use material, glass fiber reinforced concrete (GFRC), has changed the building business. GFRC is a common choice among architects, engineers, and builders because it combines the strength of glass fibres with the durability of concrete. Strong And Not Heavy GFRC is an excellent material because it has an exceptional strength-to-weight ratio. Traditional concrete sometimes needs extra structural support because it is so heavy and oversized. GFRC is lighter and more robust after glass strands are added to it, but it is also much less dense. GFRC is excellent for building parts like cladding and artistic panels because it is strong and doesn't weigh much. More Durability And Longevity GFRC has an excellent reputation for being able to handle a lot of different weather conditions. GFRC, or glass fiber reinforced concrete, lasts longer and is less likely to crack or break down than regular concrete. Adding glass strands to the polymer makes it last longer by makin