In 2016, our Haz Duct® XW Conduit was UL Listed for extended support spacing distances. Now, that UL Listing has grown to include expanded support spacing distances for our Standard, Medium, and Heavy Wall fiberglass conduit. Support spacing distances for some diameters have doubled – others have tripled. This means you spend less on hangers and save even more on installation. Visit our infographic to see how our new expanded support spacing distances stack up to PVC-coated steel and other materials.
Our robust FAQ section makes it easier than ever to find the information you need, from manufacturing information to product shipment and logistic answers.
Champion Fiberglass can easily be bent in the field with a PVC Hot Box. Additionally, due to its light weight, ease of cutting, and integral bell, fiberglass conduit is very easy to install.
The epoxy adhesive system makes the fiberglass joint as strong as the conduit itself. Another benefit of Champion Fiberglass’s epoxy adhesive system is in its three distinctive curing times, allowing you to choose the curing time that’s right for your job, ensuring you get the working time you need to make adjustments before the adhesive bonds permanently. Curing times range from 3 – 5 minutes to 30 – 45 minutes. Champion Fiberglass can recommend an epoxy system based on your project, environment, and temperature.
It’s easy to compare labor savings for Champion Fiberglass conduit to other in-market materials. The NECA Manual of Labor Units allows you to compare the average installation rates (per 100-foot length of conduit) for several materials. From there, you can use your average hourly rate to figure savings vs. each material.
Use the Champion Fiberglass Conduit Calculator to estimate possible savings when using Champion Fiberglass Conduit vs. other in-market conduit materials.
Yes, you’ll find helpful videos on field cutting, bending epoxy conduit, bonding epoxy conduit, gasket joint insertion, interference and gasket joint assembly, interference and adhesive joint assembly, and bonding phenolic conduit here.