In the realm of interior design, choosing the perfect materials to add style, durability, and functionality to your space is essential. GRG Tiles has gained significant popularity among architects, and designers. Venus Enterprises offers a wide variety of GRG Tiles that can turn any space into an impressive work of art.
Glass Reinforced Gypsum, also known as GRG, is a composition of high strength gypsum reinforced with glass fibres. GRG is lightweight, superior in strength, and easier to install compared to conventional plaster works. GRG Tiles are renowned for their versatility, and are used in a wide range of applications, including ceilings, walls, columns, and decorative elements.
GRG tiles, made from gypsum-based, glass fiber-reinforced tiles, offer enhanced strength, fire resistance, sound absorption, and light reflectance, making them suitable for ceiling and wall construction.
Durable, fire-resistant, sound-absorbing, highly reflective, easy to install and clean. Perfect for various interiors.
Glass fibers enhance gypsum strength, making GRG Tiles resistant to cracking and damage, ensuring long service under aggressive conditions.
GRG Tiles are fire-resistant due to their gypsum content, which when combined with glass fibers enhances their properties, preventing the spread of any type of fire.
These superior sound absorption properties make them ideal for office environments to minimize noise.
GRG tiles enhance visual comfort and appearance in spaces like schools and healthcare facilities by effectively regulating lighting conditions.
GRG tiles are lightweight, easy to handle and fix, and have smooth surfaces that resist dirt and dust stickiness, making them easy to clean and maintain.
GRG tiles enhance building safety by preventing fire spread due to their high fire resistance.
These items are ideal for office use due to their excellent absorption properties, which create a quiet and productive work environment.
GRG tiles enhance visual comfort and interior appearance in schools and healthcare facilities by effectively reflecting light.