ArcticEdge develops a single‑layer, PFAS‑free barrier fabric that delivers waterproof, chemical‑resistant protection while remaining breathable. By replacing traditional laminated or coated constructions with a patented material architecture, the fabric enables real‑world outerwear to keep water out without trapping heat, offering brands a simpler, safer alternative for protective apparel and equipment.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional waterproof fabrics rely on multilayer laminates or fluorinated chemical coatings, which can trap heat, add weight, and introduce persistent PFAS chemicals into the environment and end‑users.
Solution
ArcticEdge has developed a patented, single‑fabric material that provides waterproof protection without PFAS chemicals. The fabric’s engineered structure simultaneously offers chemical resistance, durability, and high heat‑moisture transfer, eliminating the need for complex laminates or surface coatings. By integrating barrier performance directly into the yarn and weave, the material maintains a breathable feel while preventing liquid penetration. The roll‑produced fabric is compatible with standard cut‑and‑sew processes, seam sealing, and apparel integration, allowing brands to create outerwear and protective gear that keep water out without trapping heat. This approach delivers a safer, simpler alternative for applications ranging from firefighting gear to outdoor jackets.
Target Audience
Primary customers are manufacturers of protective apparel and performance outerwear, including firefighting gear producers, industrial PPE suppliers, outdoor apparel brands, and military/tactical equipment makers.
Features
- Patented PFAS‑free barrier fabric that combines waterproofing, chemical resistance, durability, and breathability in a single layer
- Engineered heat‑moisture transfer pathways to prevent the “trapped‑in” feeling common in traditional laminated systems
- Roll‑to‑roll production format designed for seamless integration with cut‑and‑sew, seam‑sealing, and standard apparel manufacturing workflows
- Eliminates the need for additional laminates or spray‑on chemical coatings, reducing material weight and manufacturing complexity
- Certified chemical resistance suitable for hazardous environments while maintaining waterproof performance