GRP Pipes

Listing ID #4171777

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Supply Type Manufacturer, Exporter, Supplier

Preferred Buyer From : All over the world

We are a manufacturer and exporter of premium quality high-performance FRP / GRP / RTRP / GFK / Fiberglass Pipes and Dual-laminate pipes such as PVC-FRP, PP-FRP, CPVC-FRP, PVDF-FRP by automated....

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Product Details

We are a manufacturer and exporter of premium quality high-performance FRP / GRP / RTRP / GFK / Fiberglass Pipes and Dual-laminate pipes such as PVC-FRP, PP-FRP, CPVC-FRP, PVDF-FRP by automated continuous filament winding process with diameters ranging from 25 NB to 4000 NB.

The standard lengths are 3 meters, 6 meters and 12 meters. Other sizes are available on request.

The pipes are available with pressure class upto PN 40 and in various Unsaturated Polyester Resin systems such as Isophthalic, Bisphenol, Vinyl Ester, Superior Vinyl Ester and Epoxy resins from internationally renowned brands.

The pipes are provided with resin rich innermost layer, having very smooth and glossy surfaces. The smooth inner surface result in very low fluid resistance, thereby reducing pump loads and saving power costs. It also reduces the scale formation in process pipes.

The pipes can be provided with Plain ends, Flanged ends or Socket ends. The pipes with plain ends are manually jointed by Butt and Wrap process and is the most cost-effective and efficient way. We have a dedicated team of technicians and engineers to assist you with the installation.

Company Details

FRP (Fiber Reinforced Plastic) or GRP (Glass Reinforced Plastic) or RTR (Reinforced Thermoset Resin) or GFK ( Glasfaserverstärkten Kunststoff) or Fiberglass is a modern composite material of construction which is corrosion-resistant, light weight, extremely strong, and highly durable.
The development of FRP composites has been driven by the need to produce materials with improved chemical and mechanical properties over currently available engineering materials. In the chemical, gas and water industry, these sophisticated composite pipes and vessels now equal, and in certain environments, surpass stainless steel and other metallic vessels for the containment of many corrosive liquids.
On a macroscopic level, a composite product contains fiber reinforcements embedded in cured thermosetting resin system with certain additives. The mechanical strength of the end product depends upon the amount, type and arrangement of glass fiber reinforcement within the material system. The strength increases proportionally with the amount and type of glass fiber reinforcement. The reinforcement is laid in a particular direction within the matrix so that the resulting material will have different properties in different directions which make them anisotropic unlike metals and other thermoplastics. This characteristic is exploited to optimize the design and provide high mechanical performance where it is need