Yogi GRC Products

  In modern architecture,  Glass Fibre Reinforced Concrete  (GRC) is a concept born out of the need to balance aesthetic appeal and structural efficiency. GRC is a versatile, cutting-edge material initiating a revolution in architecture with an innovative approach to design and construction. Due to the light weight, strength, and pliability of GRC, the most dramatic architectural configurations possible can be undertaken, which, using conventional concrete, would have been impossible or very difficult. GRC opens new horizons for architectural expression, from elaborate facades to sculpture installments. The paper tackles GRC’s innovations in the field of architecture and provides brief notes on some of the most satisfying projects, structurally and aesthetically. The Unique Properties of GRC in Architectural Design GRC is special because of its properties, thus making it an ideal material for contemporary architectural designs. GRC has other properties. In opposition to t...

The integration of GRC columns and pillars enriches Mumbai’s architectural profile, which seamlessly blends historical elements with modern, towering constructions. Once exclusive to palaces and heritage buildings, these design features have now become prominent in contemporary residences, hotels, and commercial structures—thanks to the adaptability of Glass Reinforced Concrete (GRC) . What is GRC and Why It’s Ideal for Mumbai GRC is composed of alkali-resistant glass fibres, cement, fine aggregates, and water, resulting in a lightweight, strong, and moldable material. These characteristics make it perfect for crafting detailed decorative elements like columns and pillars that are both visually striking and durable. Versatility in Design: From Classic to Contemporary One of the most appealing features of GRC columns and pillars is their design versatility. Whether the architectural theme is Greco-Roman, Mughal, or sleek and modern, GRC can be shaped to fit any aesthetic prefe...

  Glassfibre Reinforced Concrete (GRC) cladding has emerged as a game-changer in Mumbai’s architectural evolution. Offering the perfect blend of design flexibility, strength, and durability, GRC is now a preferred choice for both heritage restoration and modern high-rise construction. As Mumbai’s skyline continues to transform, GRC cladding plays a vital role in defining its aesthetic and functional appeal. The Past: Heritage and Restoration Mumbai’s rich colonial legacy is reflected in its historic buildings, many of which have undergone restoration over the past few decades. GRC gained popularity in this context for its unique ability to replicate traditional stone carvings and intricate architectural details. Structures in areas like Fort and Colaba benefited from GRC’s lightweight and cost-effective nature. Compared to traditional stone or plaster, GRC enabled quicker installations while maintaining the historical authenticity of facades. The Present: Contemporary Applic...

In the rapidly changing skyline of Mumbai, innovation remains paramount— GlassReinforced Concrete (GRC) is emerging as one of the most revolutionary materials for use in commercial construction. GRC's application in design, concrete slicing, and building sections makes it a preferred material to Mumbai’s architects, engineers, and contractors. As one of India's ever-busy metropolises, Mumbai is witnessing strides toward full utilisation of advanced technologies within its infrastructure, owing it all to the GRC. What Makes GRC Unique? GRC is a composite material made from a mix of cement, fine aggregates, water, and alkali-resistant glass fibres. The result is a product that is lightweight yet incredibly durable. Unlike traditional concrete, GRC can be moulded into thin, intricate shapes without compromising strength. This makes it ideal for commercial applications where aesthetics, speed, and efficiency matter. Lightweight and High Strength: Perfect for Mumbai’s High-Ri...

  Mumbai, characterised by an extraordinarily dense urban verticality (think concrete skyscrapers to the clouds) and localised, erratically timed monsoon moisture events, presents several challenges to builders, architects, and property owners. High humidity, continuous rain, and the coastal air are some of the contributors to the relatively high rate of decay that we are experiencing with our buildings' exterior surface materials. Add that to the severe rain of the monsoon, and needless to say, our buildings are in a relentless war with the elements. There are many products we can use here as GRC offers waterproofing, durability, and ultimately, design possibilities. Here's an outline of some of the many benefits of GRC to structural performance and durability in Mumbai during the monsoon season. GRC: Built for Harsh Weather Conditions GRC is a composite material consisting of cement, fine aggregates, water, chemical admixtures, and alkali-resistant glass fibres. Due to its li...

  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...