FiberFrame
FiberFrame provides a high-performance framing system made from fiber-reinforced polymer that installs faster, stays straighter, and lasts longer than traditional wood or steel framing. Its patented FiberLok interlocking profiles snap together without screws, cutting fastening time and reducing labor bottlenecks, while the thin webbed studs minimize thermal bridging to meet stringent energy codes. The system also resists rot, rust, mold, and pests, delivering lifetime durability and fewer callbacks for builders.
- Construction Technology
- New Materials
- Hardware
Funding
Founders
Founder details are not available yet.
Product
Problem
Traditional wood and steel framing materials are prone to rot, rust, mold, and pest damage, leading to structural degradation and frequent callbacks. Conventional framing also requires time-consuming screw fastening and skilled labor, while solid studs create thermal bridging that undermines building energy performance.
Solution
FiberFrame delivers a high-performance framing system made from fiber-reinforced polymer (FRP) that installs faster, stays straighter, and lasts longer than traditional materials. The patented FiberLok design uses interlocking profiles that snap together without screws, reducing fastening time and eliminating toenailing, which speeds up framing with less skilled labor. Thin webbed FRP studs minimize thermal bridging to support stringent energy codes and high-performance building standards. The material resists rot, rust, mold, and pests, providing lifetime durability and reducing callbacks for builders. FiberFrame also offers application-specific solutions, including FiberKlip adaptors for precast wall panels and structural vinyl ester FRP for roof top unit wind screens.
Target Audience
Primary customers include owner builders, prefabricators, precasters, HVAC contractors, meat processors, farmers, and DIYers who need durable, fast-installing framing solutions for residential, agricultural, and industrial applications.
Features
- Patented FiberLok interlocking profiles that snap together without screws, eliminating fastening and toenailing
- Thin webbed FRP stud design that minimizes thermal bridging to support energy code compliance
- Material composition resistant to rot, rust, mold, and pests for extended structural lifespan
- 100+ year resin system with third-party testing for structural performance validation
- FiberKlip adaptor system that allows casting FRP furring studs directly into precast wall panels, eliminating interior concrete finishing and reducing to a single wythe
- Structural vinyl ester FRP option for roof top unit wind screens that outperforms galvanized steel in corrosive environments
- Dimensional consistency that eliminates planing, table saw work, and prep work, designed for automated prefabrication workflows