"GRC- Engineered for Architects,
Built for Contractors"
Glass Reinforced Concrete
GRC offers architects the freedom to realise bold, intricate designs without compromising structural performance.
Its high strength-to-weight ratio allows for lightweight yet durable panels, ideal for complex facades, curved surfaces, and detailed decorative elements.
GRC is resistant to weather, fire, and corrosion, making it a long-lasting solution for both exterior and interior applications.
For contractors and suppliers, GRC’s ease of handling, reduced structural load, and efficient installation translate into time and cost savings on site—making it a smart, modern material choice across the construction supply chain.
Brick Faced GRC.
Brick-Faced GRC combines the aesthetic appeal of traditional brickwork with the performance advantages of Glass Reinforced Concrete. It offers architects the ability to achieve authentic brick finishes in lighter, more flexible panels that can be customized to suit complex geometries and design visions.
These factory-produced units maintain the texture and character of real brick while significantly reducing weight and installation time compared to traditional masonry.
For contractors and suppliers, Brick-Faced GRC offers faster build speeds, lower structural requirements, and enhanced quality and cost control, making it an ideal solution for both new construction and restoration projects.
Mechanical Brick Slip Systems.
Mechanical Brick Slip Systems offer a modern, secure method for achieving high-quality brick finishes with speed, precision, and reliability. Designed with prefabricated carrier panels or rails, these systems mechanically fix brick slips to building façades, reducing the need for traditional wet mortar.
Architects benefit from greater design flexibility, compatibility with off-site construction, and assured alignment and durability.
For contractors and suppliers, mechanical systems deliver faster installation times, reduced on-site labor, and dependable performance, even in challenging conditions making them an efficient and cost-effective solution for both new builds and refurbishments.
Fire Protection And Boarding.
Fire Boarding and Protection systems are essential for ensuring structural integrity and occupant safety in modern buildings, these solutions involve the use of non-combustible boards. Typically made from materials like calcium silicate, gypsum, or cement-based composites, designed to resist high temperatures and prevent the spread of fire.
For architects, fire boards enable compliance with stringent building regulations without compromising on design flexibility, allowing for concealed or exposed applications across walls, ceilings, beams, and service penetrations.
Contractors and suppliers value fire boarding for its ease of installation, predictable performance, and integration with wider fire protection strategies. Whether used in commercial, residential, or infrastructure projects, fire protection systems are a critical component in risk mitigation and life safety.
