Controls odor. Stays cooler. Lasts longer.
FUZE is a metamaterial technology that bonds to fibers and compatible surfaces. It controls odor-causing bacteria on treated articles to keep materials fresher longer, speeds moisture evaporation, helps shield against UVA/UVB, and resists mold, mildew, and fungus — fragrance-free, PFAS-free, and made with an EPA-registered active.
The FUZE difference, side by side
See how FUZE compares with conventional antimicrobial finishes across bonding, leaching, durability, application impact, and end-of-life considerations.
| Feature | FUZE F1 | Traditional antimicrobials |
|---|---|---|
| Performance mechanism | Bonded metamaterial designed to stay with the treated article | Mechanisms vary by active chemistry and formulation |
| Durability | Validated for the specific substrate, application, and intended claim | Performance may decline during repeated washing or use |
| Application | Low-concentration, water-based application options | Application chemistry and process impact vary |
| End of life | Recyclability follows the underlying material and local recycling stream | Depends on the treatment and underlying material |
| Additional benefits | Substrate-specific options for moisture management and UV protection | Benefit set varies by product |
Real-world applications
From gym socks to clinic fixtures — FUZE protects treated articles
- Apparel brands
- Controls odor-causing bacteria on treated fabric and promotes cooling/drying for multi-day freshness
- Hospitality & Home
- Pillows and comforters resist odor-causing bacteria and help control deterioration odors
- Outdoor gear
- Tents, packs, jackets with built-in UV protection and long-lasting mold/mildew guard
- Fitness chains
- Surface-protection programs that help keep compatible hard surfaces fresher between cleanings
- Healthcare textiles
- Article-protection treatment for bedding, towels, curtains, uniforms, and scrubs
- Household
- Helps keep furniture and compatible surfaces fresher by resisting odor-causing bacteria
Low-concentration application. Durable performance. Base-material circularity.
FUZE is applied at low concentration and is designed to remain bonded to the treated article. Results may include lower finishing chemistry, fewer laundry cycles, and recyclable treated fabrics when the base material and local recycling stream support recycling.
- EPA registered
- EPA-registered active; registration details available under agreement
- Bluesign® System Partner
- Approved chemistry for sustainable textile production
- OEKO-TEX® Standard 100
- Certification for textiles free of harmful substances.
- ZDHC MRSL
- Conformant self-declaration; third-party verification in progress
Frequently asked questions
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How is FUZE metamaterial different from traditional metal-based antimicrobials?
FUZE uses a metamaterial that creates a near permanent bond to fibers. The differentiator is the physical form and bonding mechanism: FUZE is designed to stay with the treated article instead of washing out into rinse water.
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Can FUZE be used for products with skin contact?
FUZE is fragrance-free, PFAS-free, and supported by OEKO-TEX® Standard 100 Class I testing for skin-contact textile applications.
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How does FUZE help with sustainability?
FUZE can reduce wash frequency, uses far less active material than conventional treatments, and is designed to stay bonded to the treated article rather than wash out. Treated fabrics remain recyclable when the underlying textile is recyclable.
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Can FUZE be applied to many types of fabric?
Yes. FUZE is compatible with cotton, polyester, nylon, wool, silk, blends, nonwovens, and technical fabrics. It can be applied via tenter frame, exhaust dyeing, padding, spray, or foam methods.
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Does FUZE affect fabric hand feel or color?
FUZE is applied at low concentrations and is designed to preserve fabric softness, drape, and color. Validate hand feel and color on the intended substrate and process.
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How long does FUZE remain bonded?
The FUZE bond is designed to be permanent. Performance claims should be tied to validated wash testing for the specific substrate and benefit.