Product Range

Flexi-Earthed connector is made from an ether based polyurethane with a 316 stainless steel wire coil and terminal lugs at each end.

Pressure-resistant connector made from a clear, ether-based thermoplastic polyurethane alloy with polyester scrim.

A pure PTFE flexible BFM® connector capable of running continuously at 300ºC (572ºF) temperatures, static dissipative (10⁶), food grade and can be used across the full pH scale for caustic or acid products.

A semi-transparent, pure PTFE flexible BFM® connector capable of running continuously at 300ºC (572ºF) temperatures, food grade and can be used across the full pH scale for caustic or acid products.

Our most popular connector that can be used in most applications. Made from clear ether-based thermoplastic polyurethane alloy it has superior wear resistance for multiple applications. It is Atex Compliant and can be used in all dust explosion hazardous...

A uniquely shaped corner connector made of clear, ether-based thermoplastic polyurethane alloy with a 110° bend to aid the drainage of CIP fluid from your process equipment. 

Our lightest connector made of clear, lightweight ether based thermoplastic polyurethane alloy, mainly used for weigh-scale type applications.

Our anti-static connector made of semi-transparent ether-based thermoplastic polyurethane alloy with Anti-static infusion for use where static is a problem.

The Flexi-Connector is made from an ether-based polyurethane with a 316 stainless steel wire coil. Ideal for bag feeders, filling heads or bulk bag fillers.

Flexi-Light is made from an ether-based polyurethane with a lighter 316 stainless steel wire coil than our standard Flexi, making it ideal for applications with lateral and vertical movement.

100% woven polypropylene, ideal for low temperature environments, down to -70°C (-94°F), FDA Certified for food contact.

100% woven polyester connector used in higher temperature environments up to 130°C / 266°F. Atex Compliant: IBExU tested. Can be used in all explosion hazardous areas.