Glass reinforced plastic (GRP) – also known as glass reinforced polymer, fiberglass, glass fiber composite, or composite plastic – is a highly versatile, lightweight and strong material with a range of applications across different industries. It is made from plastic reinforced with fine fibers made from glass, bonded together with a tough waterproof resin. GRP belongs to a larger family of products known as fiber reinforced plastics (FRP).
About GRP products
What are GRP products?
Why is GRP used?
The unique characteristics of GRP allow it to be molded and manufactured to practically any shape or design. This allows for a huge array of design possibilities, making it extremely flexible to work with. It can also be manufactured in a huge variety of finishes, colors and sizes. GRP is corrosion and weather-resistant, making it suitable for both indoor and outdoor use. Despite its lightweight properties, GRP offers remarkable strength-to-weight load-bearing performance.
Applications of GRP
Construction
Transportation
Marine Industry
Chemical and Industrial Plants
High humidity places
Our mission & vision
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Cable Management Health and Safety
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Produce GRP paltrogen products
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Supporting solar systems
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Fire resistance
Thousands of workers are injured every year from slips, trips and falls, many of which are caused by trailing cables. They are the most common cause of injury at work and are also the most reported injury to members of the public. Fortunately, the solutions to preventing these types of hazards are simple and often low cost. Options to prevent this from happening include insulating cables, installing cables into separating cable or conduit systems, or installing cables in trays with partitions that provide separation.
The pultrusion process for GRP products stands as a cornerstone of advanced manufacturing, embodying precision engineering and innovation. This meticulously controlled process transforms raw materials into highly durable and versatile profiles, exhibiting exceptional strength and adaptability.
Supporting a solar system involves the implementation of structures and technologies that ensure the efficient and stable functioning of solar panels. These support systems play a crucial role in maximizing the exposure of solar panels to sunlight, optimizing energy generation. Common methods of supporting solar systems include ground-mounted structures, rooftop installations, and solar tracking systems. These support structures can be constructed using composite materials like GRP.
Fire is a hazard that affects all industries, but in some places, such as oil rigs, fire presents a much more serious threat. In situation where iron or steel might lose integrity due to extreme heat, GRP maintains its structural stability and ensures sustained durability. It has a higher threshold of heat resistance, making it a much safer option for certain situations. The reason for this, as with its chemical resistance, lies in its structure. The molecular structure of glass reinforced plastics means that it is able to withstand forces like heat that would weaken and compromise other materials. for this purpose, these types of materials and products follow the ASTM_D635 standard (UL94, Grade HB), hence using GRP Fire-Resistant products can be the solution of preventing this hazard.
