GRP pipework supply & installation

GRP pipework is manufactured from glass reinforced plastic, combining glass fibre reinforcement with a resin system to produce a lightweight, corrosion-resistant pipe.

GRP systems can be manufactured for a wide range of industrial duties and are particularly suited to applications where conventional metallic pipework may be affected by corrosion or aggressive process conditions.

GRP pipework offers excellent corrosion resistance and a high strength-to-weight ratio, making it particularly suitable for demanding industrial and chemical environments.

Compared with many metallic systems, GRP is significantly lighter, which can simplify handling and installation. Its resistance to corrosion can also reduce the need for protective coatings and ongoing corrosion-related maintenance.

The exact performance of a GRP system depends on the resin system, construction and operating conditions for which it is specified.

GRP pipework is used across a wide range of industrial applications, including chemical processing, water and wastewater treatment, power generation, cooling-water systems, brine services, utilities and waste-to-energy facilities.

It is particularly useful where pipework is exposed to corrosive liquids, aggressive chemicals or environments in which conventional steel pipework may require substantial corrosion protection.

GRP is a general term for glass reinforced plastic pipework systems, while GRE usually refers specifically to glass reinforced epoxy pipework.

Both use glass reinforcement, but the resin system and construction can differ according to the application.

The most appropriate system depends on factors including the process medium, chemical concentration, temperature, pressure, pipe diameter and operating environment.

Yes. GRP pipework can be manufactured using different resin and lining systems to provide resistance to a wide range of chemicals.

The correct material specification depends on the chemical involved, its concentration, operating temperature, pressure and other process conditions.

For this reason, GRP pipework should be selected and specified for the individual application rather than treated as a single standard material.

In many industrial applications, GRP or GRE may provide a suitable alternative to steel pipework, particularly where corrosion is causing maintenance or reliability problems.

Whether GRP is appropriate will depend on the process conditions, pressure, temperature, mechanical requirements and the liquid or chemical being carried.

Ancorite can work with clients and system manufacturers to help determine a suitable pipework solution for replacement and refurbishment projects.

Yes. Ancorite supplies, fabricates and installs GRP and GRE pipework systems for industrial applications throughout the UK and Ireland.

Services can include fabricated pipe sections and fittings, site installation, integration with existing pipe systems, replacement work and modification of existing installations.

Projects range from individual replacement sections to larger new-build and refurbishment programmes.

Yes. Ancorite undertakes industrial pipework projects throughout the UK and Ireland, supported by its operational locations and experienced site teams.

Work can include new installations, replacement projects, modifications, maintenance and reactive works across a wide range of industrial sectors.

A suitable GRP pipework specification will normally consider factors including the process medium, chemical concentration, operating temperature, pressure, flow requirements, pipe diameter and installation environment.

Details of the existing system, drawings and project specifications can also help determine the appropriate materials, construction and installation method.