For over 30 years, Fibrelite has been at the forefront in the design and development of composite products for the retail petroleum industry. Fibrelite introduced the lightweight composite manhole cover for use at gasoline service stations in the early 1980's and has continued to developinnovative product designs to meet the needs of a changing industry. Fibrelite currently offers the retail petroleum industry’s leading watertight composite covers, the industry’s only composite multiport cover and a wide range of molded fiberglass secondary containment and enclosures.



For larger openings or long trenches, Fibrelite offers a range of modular trench panels that can handle nearly any application. Fibrelite’s trench panels are lightweight for easy and safe manual removal, while providing the same load bearing capabilities as steel or concrete panels. The superior technical design of our composite trench panels also provide a durable, long lasting product that will not crumble, crack or corrode over time.

Fibrelite offers a wide range of lightweight, easy to remove, watertight composite manhole and access covers along with modular trench panels for any and all applications. Fibrelite’s covers and enclosures are H20 and H25 rated and are suitable for all industries including utilities, water and water treatment, ports and docks, municipalities as well as retail, commercial and industrial developments. No other line of composite covers can match Fibrelite’s load bearing and durability while remaining lightweight and easy to handle. All of Fibrelite’s covers are designed to mate with a molded fiberglass enclosure to keep underground systems watertight.



Fibrelite’s line of steam covers combat the health and safety issues associated with the removal and replacement of heavy cast iron and steel manhole covers while also eliminating the risk of burns caused by hot metal covers. Fibrelite’s composite steam manhole covers have been third party tested for service in steam vaults with temperatures of up to 400°F while maintaining their load bearing properties.