Performance apparel
Grip, weather resistance and high strength at low weight, with cost that holds at scale.
Essential components for optimal performance
Modulus engineers performance into the material itself, at the yarn. Interlocking multi-polymer composites, built on the mills that already exist.
Lattice Grip®Interlock features of about 16 µm, formed during multi-polymer spinning.
Engineering for the unseen gain
The smallest details hold the most unresolved potential. Specced by habit, still failing under load. Because nobody thought to ask. Until we did, at the yarn.
Technology
Not on it. In it.
Performance is built into the material, not added to it. Two layers of engineering let one platform scale across many polymer systems and applications.
01 · Yarn level
Lattice Grip®
A multi-polymer composite yarn, spun at partner mills. It programs mechanical behavior directly into the fiber and integrates with other polymer systems.
02 · Fabric level
Composite architecture
Proprietary knit and weave constructions tune strength, elasticity, thermal behavior and other mechanical properties for each application.
In the material
Micro ridges on the fiber increase friction inside the knot.
Treatments wash out. Inherent properties don't.
Proven beyond the lab
The real measure of a material isn't how it tests. It's whether anyone specs it again.
2.9x
Stronger than 100% polyester at the same diameter.
Applications
One platform. Multiple applications.
The same architecture is configured for what each application demands, and delivered through OEM supply, co-development or licensing.
Oil, gas and industrial
Abrasion resistance and load-bearing strength for wraps, workwear and equipment.
Tactical and defense
Weight reduction, fire resistance and protective performance for gear built to U.S. supply requirements.
Aerospace
Strength-to-weight, with thermal and abrasion resistance for space-grade textiles.
Surgical and wound care
Biocompatibility and controlled grip where a material has to hold steady.
Where the material first shipped
Performance lacing and footwear
A composite engineered for grip and stability under load. High strength, lightweight and weather resistant, now used across professional sports leagues.
Intellectual property
Patent granted. Not pending.
1
U.S. utility patent granted.
2+
U.S. applications pending for expanded polymer ranges and polymer-agnostic systems.
11+
International jurisdictions.
Top 5
Invention of 2025, recognized by the National Inventors Hall of Fame and USPTO.
Contact
Tell us what the material has to do.
We work with product and engineering teams on OEM supply, co-development and licensing. Share the application and the spec, and we'll take it from there.
Madhav AggarwalCEO and co-foundermadhav@brce.shop
Tanvi GadamsettiCOO and co-foundertanvi@brce.shop