Corrosion-resistant
GRP does not rust and is suitable for long-term use in highly corrosive environments.
Corrosion-resistant cable routing
GRP cable support systems for demanding environments.
GRP cable ducts and cable trays are suitable for highly corrosive environments. Completely metal-free solutions are available on request. GRP is electrically insulating, transparent to electromagnetic waves and radar, and, due to its high glass content, allows for installations with large spans.
Advantages of the material
Advantages of GRP in cable support systems
GRP cable support systems combine corrosion resistance, electrical safety and high load-bearing capacity to ensure installations that remain reliable over the long term.
Electrically insulating
The material does not conduct electricity and does not need to be earthed – an important advantage when routing electrical cables.
Can be produced without metal
Completely metal-free solutions are available on request. GRP is also transparent to electromagnetic waves and radar.
Large spans
The high glass content enables load-bearing installations with large spans whilst maintaining a comparatively low dead weight.
Cable routing in practice
GRP cable support systems for a range of requirements
Whether it’s open cable trays, protected cable ducts or FibroTRAYs along railway lines – there are suitable GRP solutions available for a range of applications.
Cable ladders
GRP cable trays are the ideal solution for industrial cable routing and can be installed easily, quickly and to suit individual requirements.
Cable ducts
GRP cable ducts are suitable for highly corrosive environments, are transparent to electromagnetic waves and do not need to be earthed.
FibroTRAY
FibroTRAY safely routes signal, control and telecommunications cables along railway lines.
Your cable support system
Working together to find the right GRP cable route.
Whether it’s a cable ladder, cable duct or FibroTRAY – we’ll help you choose and design a durable solution for your installation requirements.
Discuss the project