Fibrelite was approached by an OEM who provides Onshore Power Supply (OPS) systems, to quote for this large leisure cruise terminal upgrade project. The end user had previously considered...
Read MoreFibrelite was approached by an OEM who provides Onshore Power Supply (OPS) systems, to quote for this large leisure cruise terminal upgrade project. The end user had previously considered...
Read MoreIn this project we were approached by an OEM who provides Onshore Power Supply (OPS) systems, to quote for this large leisure cruise terminal upgrade project.
Read MoreThis large multinational satellite services provider specified the Fibrelite Trenwa partnership trench and cover system for their latest satellite earth station antenna facility in the U.S.
Once in a while, a product will come along whose performance will drive a change in standards across entire industries. Like stainless steel. Or concrete. Or a trench cover which
Fibrelite provided this regional UK airport with an upgrade for their access covers over their off-apron runway lighting pits. Ease of access to the runway…
This leading University’s engineering and utility project management team first learned about Fibrelite’s composite steam manhole covers at an International District Energy Association (IDEA) conference several years ago. In 2009, the engineering team integrated Fibrelite’s FRP GRP composite steam manhole covers into a large steam and chilled water expansion project on campus.
The hazards of hot manhole covers can be eliminated with Fibrelite’s line of FRP GRP composite steam manhole covers. The thermal gradient properties of Fibrelite’s FRP GRP composite covers significantly reduce the heat transfer from a steam vault to the surface of the cover. Typically, the surface temperature of the cover will be slightly above the ambient temperature at street level even when subjected to extremely hot temperatures on the underside of the cover.
Fibrelite covers have been third-party tested to handle loads exceeding DOT H20 load ratings even when subjected to temperatures of up to 400°F.