Read the Case Study
Fibrelite’s lightweight anti-slip composite FM45 trench panels have recently been specified to replace over 33 metres of crumbling, hard to remove concrete panels. The newly installed FM45’s now provide easy and safe access to the underground heating pipework, running from the hospital building to the boiler rooms.
Crumbling, Unsightly, Trip Hazard Concrete
Fibrelite replaced the old unsightly, trip hazard concrete with 74 trench panels of varying load ratings and sizes:
- 52 FM45C250-140 trench panels (1400 x 450 x 117mm)
- 15 FM45B125-140 trench panels (1400 x 450 x 117mm)
- 7 FM45B125-120 trench panels (1200 x 450 x 50mm)
The FM45B125-120 A15 load rated trench panels were Fibrelite’s very first installation of the newly designed shallow trench panels (50mm depth). Responding to the customers’ requirements the process took only four weeks from conception to delivery of this brand new product, including design, retooling and testing.
Most Cost-Effective Composite Trench Panels
Following significant investment in new tooling the new A15 load rated 50mm depth trench panels are available in sizes from 800mm to 1600mm long. Fibrelite has successfully adapted the existing manufacturing process to utilise recycled glass fibers fibres reducing waste and carbon emissions.
This eco-friendly manufacturing process means Fibrelite is now able to produce the most cost-effective trench panel to date resulting in significant cost benefits to customers throughout the construction industry.
Designed as a ‘consistently dependable’ ‘fit and forget’ product for civil engineering situations the maintenance free FM45 is perfect for covering large areas, gullies, trenches and ducts where occasional or frequent access may be required.
Innovative. Durable. Practical. Proven.
Fibrelite’s FL7 Easy Lifting Aid
Proven to be ergonomically safe to remove and replace, the design incorporates two lifting points for the specially designed FL7 lifting aids. These allow the operators to remove the cover without trapping fingers or bending over thus maximising the safety of the lifting technique. The weight is kept close to the body preventing back injury: one of the main causes of absence from work and personal injury claims. The maximum weight of the largest panel is 25kg.
“The existing service pipe duct carrying heating pipes to the Hospital building from the boiler house were of the cast concrete interlocking type. They were difficult to remove for maintenance or in the event of a pipe failure in the duct.”
“The new Fibrelite ducts make access problems a thing of the past. They are both easy to lift and look good as well.”
The Ultimate in Composite Engineering