Chemical-resistant semi-finished sheets, pipes, bars and welding rods
The AGRU product range is distinguished by a unique variety of products and materials. All our sheets, round bars, welding rods or liner pipes are available in everything, from standard up to high-performance plastics. Solutions and finished parts for any application can be realized with our pressed and extruded sheets, fabric backed sheets, round bars, hollow bars, fabric-backed pipes and welding rods made of PE, PP, PVDF, ECTFE FEP and PFA. In addition to our standard portfolio of plastic semi-finished products, many specialised products are available upon request.
A permanently resistant plastic is available for every chemical and temperature up to 260°C
The industrial application in question determines which material offers the best possible economic efficiency and operational reliability. Whether PFA or FEP, PVDF or ECTFE, PE or PP: The Plastics Experts at AGRU are happy to help you select the best plastic solution for your application.
Consistently high quality thanks to years of experience in extrusion technology
Depending on the type of plastic, AGRU offers different extrusion sizes for cost-optimised production.
Special features of our product range are:
Comprehensive semi-finished product portfolio and extensive stock-keeping
The five application options for semi-finished plastic products are
Chemically resistant fabrics made of various materials (polyester-, synthetic- and glass fabric)
There is an optimal long-lasting solution for each application
Due to the wide variety of dimensions and materials, machine-manufactured components can be produced cost-effectively:
Time- and cost-saving installation with AGRU liner pipes made of PVDF, ECTFE, FEP and PFA
AGRU offers special liner pipes for the lining of FRP liner pipes.
While the FRP structure provides the ecessary stiffness, the liner pipe provides the chemical resistance for the application. All liner pipes manufactured by AGRU are equipped with a specially modified surface to ensure the best possible bond between the plastic and the FRP.