GRP or Glass Reinforced Plastic is one of the world’s most customizable materials with diverse uses in construction and industrialized applications. It is ideal for domes, vaults, minarets, and car parks. German Gulf manufactures GRP as a raw material according to the pre-set international specifications and also tender a all-inclusive consultancy, design, installation, and commissioning service.
We manufacture high quality, maintenance-free, corrosion-resistant GRP profiles for many industries including automotive, chemical, rail, water, construction, mechanical, marine, manufacturing, civil infrastructure, telecommunications and electrical industries. A holistic approach to product development and quality is what leads to the development of consistently high-performance products at an affordable price.
Our GRP Products: GRP Kiosks, GRP Panel Tanks, GRP Cylindrical Tanks, GRP Enclosures, GRP Lining, GRP Domes, GRP Sheds, Canopies, Gratings, Ladder, Signage,, Planter Boxes, GRP Concrete casting molds
Take a look at our entire product range with all the available options and details of each product
GRP stands for Glass Reinforced Plastic or Glass Reinforced Polymer. It is also known as fibreglass (fiberglass in the US) or glass fibre composite and is part of the FRP family of products.
The following features make GRP desirable:
In addition to these properties, composite materials have a wide range of applications. In comparison with other materials such as concrete, steel, other metals, and non-reinforced thermoplastics (ex. nylon, polypropylene, ABS), fibreglass can offer significant advantages.
The term FRP stands for Fibre Reinforced Plastic or Fibre Reinforced Polymer. There are several products in this category that are known as composites.
Typically, composites consist of a minimum of two different materials chosen for their complementary physical and chemical properties. You could think of them as the chemical cousins of metal alloys.
The fibre is embedded in a polymer resin matrix, which results in high compressive and tensile strengths in the finished products. Generally, glass fibre is used (forming GRP), although other fibres and resin types may also be used.
The resultant composite materials have a variety of properties, making them suitable for different applications. Here’s a quick overview.
Chemicals may also be added to composites to change their appearance and further enhance their properties.
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