FIBREBOLT® consists of a pultruded stud with threads cut in a glass mat reinforced outer layer (the center of the stud is unidirectionally reinforced for high strength) and a molded nut. FIBREBOLT® does not possess the thread shear strength of steel, but has sufficient strength to be a viable alternative in structures where fastener corrosion is a concern or where metal fasteners are not permitted (antennae housings, computer equipment testing structures, etc.).
Features of FIBREBOLT®
Corrosion Resistant
Easy to Fabricate
Low Maintenance
Low in Conductivity
Transparent to Electromagnetic Waves
Color Blends with Most Structural Materials
Applications
Chemical Process Equipment
Air and Water Pollution Equipment
Marine Applications
Low in Conductivity
Cellular Antenna Mounts and/or Screens
Computer Testing Facilities
FIBREBOLT® consists of a pultruded stud with threads cut in a glass mat reinforced outer layer (the center of the stud is unidirectionally reinforced for high strength) and a molded nut. FIBREBOLT® does not possess the thread shear strength of steel, but has sufficient strength to be a viable alternative in structures where fastener corrosion is a concern or where metal fasteners are not permitted (antennae housings, computer equipment testing structures, etc.).
Features of FIBREBOLT®
- Corrosion Resistant
- Easy to Fabricate
- Low Maintenance
- Low in Conductivity
- Transparent to Electromagnetic Waves
- Color Blends with Most Structural Materials
Applications
- Chemical Process Equipment
- Air and Water Pollution Equipment
- Marine Applications
- Low in Conductivity
- Cellular Antenna Mounts and/or Screens
- Computer Testing Facilities
