
Developing breathable waterproof textiles without relying on persistent fluorinated chemistry.

Engineered to resist liquid penetration while allowing heat and moisture to move through.

A new material approach designed to replace complex laminated barrier systems with one functional fabric.
After learning about the problem of PFAS in firefighter gear, ArcticEdge began developing a new kind of breathable, waterproof moisture barrier.
Our mission has grown from one urgent use case into a broader materials challenge: building next-generation textiles for a world moving beyond PFAS.
We’ve developed, built, and patented a PFAS-free textile platform for applications where waterproofing, chemical resistance, durability, and breathability all have to work together.

Our fabric is engineered to support heat and moisture transfer while maintaining barrier protection, helping reduce the trapped-in feeling common in protective layers.

Designed to resist liquid penetration and hazardous exposure pathways while moving beyond persistent fluorinated chemistry.

Instead of stacking layers or spraying coatings onto fabric to force performance, we are building more function into a single fabric system.

Produced in roll format and developed with cut-and-sew, seam sealing, and protective apparel integration in mind.

Our first market, where the need is urgent and the standards are demanding.

Breathable waterproof protection for workers in harsh, wet, hot, or hazardous environments.

PFAS-free waterproof performance for jackets, shells, rainwear, and performance apparel.

Advanced textile systems for demanding field conditions where protection and comfort both matter.

Barrier materials for protective systems where liquid and chemical resistance are critical.

Longer-term opportunities in breathable waterproof barriers beyond apparel.
We’re speaking with textile manufacturers, PPE companies, outdoor brands, public-sector stakeholders, and technical partners exploring next-generation material systems.
1. PFAS-free material development
2. Breathable waterproof textile platform
3. Protective and performance applications




Co-Founder
Drew Davidson, BASc, MEng, PhD Candidate
Nanotechnology & Chemical Engineering expert, inspired by his mother’s firefighting career.

Co-Founder
Kade Truman, BSc, MBET
Science & Business background with a passion for turning deep science into real-world solutions.

Research Associate
Estatira Amirieh, MEng
Chemical engineer dedicated to sustainability and safety.

Advisor
Dr. Milad Kamkar
Assistant Professor, University of Waterloo. Expert in soft materials science.