FEED Clean Tech

Tested and Proven

Industrial-Grade Strength and Durability

Transitioning to sustainable materials requires confidence — not just in environmental benefits, but in real-world performance.

To ensure our FEED Bio Polymer (FBP) matches or exceeds the properties of conventional plastics, we collaborated with independent researchers at the University of British Columbia’s Materials and Manufacturing Research Institute.

FBP underwent tensile, tearing, and puncture tests under standardized conditions. The results showed mechanical performance comparable to leading conventional plastics — without sacrificing compostability. Here’s how FBP performed under rigorous mechanical testing:

Tensile Test: Stress/strain

Tensile Strength

Comparable stress/strain performance to LDPE. Maintains material integrity.

Tearing Test: normalized Force/displacement

Tear Resistance

Strong force/displacement results. Holds up under real use.

Puncture test: normalized load by thickness

Puncture Resistance

High normalized resistance to piercing. Protects product contents.

Water Vapor Permeability Results

Exceptional Barrier Protection

Water Vapor Permeability Tests revealed that FBP retains its strength and barrier properties, even under exposure to moisture, with negligible weight loss.

Built for Real-World Demands

Ready to See the Performance Yourself?Request a sample or talk to our team about how FBP can help you switch to sustainable materials without sacrificing what matters.

Switching to compostable materials shouldn’t mean accepting compromises. FBP delivers industrial-grade strength, durability, and moisture resistance — while breaking down naturally in 2–5 years. Perfect for companies demanding environmental responsibility and operational performance.

Strong and Flexible

Industrial-grade durability without sacrificing flexibility.

Moisture Resistant

Protects contents with proven barrier performance.

Seamlessly Integration

Runs on standard equipment — no retooling required.