NY HOSPITALITY MARKET 2026

The World's Cleanest Antimicrobial Treatment

99.998% ultrapure water. FUZE metamaterial. No binders. No VOCs. No heat curing. Calculate your treatment costs and see why the world's leading textile manufacturers are switching to FUZE.

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FUZE Quote Calculator

Calculate FUZE application cost, compare against competitors, and generate environmental impact scores.

F1
Full Spectrum
Maximum particle density · Passes all test standards · Full ancillary benefits (UV, wicking, cooling)
F2
Advanced Performance
High particle density · AATCC 100 & ASTM E2149 compatible · Enhanced fabric performance
F3
Core Performance
Balanced particle density · Optimized for ASTM E2149 contact testing · Cost-efficient integration
F4
Essential Protection
Permanent antimicrobial · Ideal for cotton-rich blends · ASTM E2149 contact testing

FUZE Quote

F1 — Full Spectrum
Total Quoted Cost
$0.27/m
$0.25 /yd
$1.20 /kg
$0.54 /lb
FUZE F1 cost$0.27/m
Adders$0.00/m
Fabric weight0.2286 kg/m
Stock/meter0.00762 L
F1 — Full Spectrum: Maximum particle density · Passes all test standards · Full ancillary benefits (UV, wicking, cooling) · Permanent attachment — applied once, lasts the life of the textile.
FUZE stock concentration: 30 ppm · Bottle: 19 L

Treatment Tiers

Four levels of antimicrobial protection to match your application requirements and budget.

TIER F1
Full Spectrum
1.0 mg/kg
FUZE on fabric
  • Maximum antimicrobial efficacy
  • Hospitality & healthcare textiles
  • Meets strictest global standards
  • Ideal for direct skin contact items
  • Bed linens, towels, uniforms
TIER F2
Advanced Performance
0.75 mg/kg
FUZE on fabric
  • Strong antimicrobial performance
  • Apparel & activewear
  • Excellent wash durability
  • Best value for premium brands
  • Athletic wear, intimates, socks
TIER F3
Core Performance
0.50 mg/kg
FUZE on fabric
  • Proven antimicrobial protection
  • General apparel & home textiles
  • Cost-effective treatment level
  • Odor control applications
  • Casual wear, bedding, curtains
TIER F4
Essential Protection
0.25 mg/kg
FUZE on fabric
  • Baseline antimicrobial benefit
  • High-volume production
  • Lowest treatment cost per meter
  • Freshness preservation
  • Basics, linings, packaging textiles

FUZE vs Traditional Antimicrobials

See how FUZE metamaterial technology compares to conventional chemical treatments.

Property FUZE Metamaterial Silver Chloride / Zeolite Quaternary Ammonium (Quats)
Active Agent FUZE metamaterial in 18 MΩ ultrapure water Silver salt compounds in polymer matrix Organic nitrogen compounds
Binders Required NONE YES — polymer binders required YES — chemical binders required
VOC Emissions ZERO MODERATE — from binder solvents HIGH — significant off-gassing
Heat Curing Required NO YES — 150-180°C YES — 130-160°C
Application Process Add to existing dyebath or spray Separate padding + curing step Separate padding + curing step
Production Facility 1m² table, 30A laser, solar-capable Chemical reduction plant Chemical synthesis facility
Production Waste ZERO — no by-products Chemical effluent requiring treatment Toxic by-products requiring disposal
Raw Material Source Recycled electronics (precious metals) Mined silver ore + chemical reagents Petroleum-derived chemicals
Effluent / Drain Impact NOTHING down the drain Heavy metal discharge concerns Aquatic toxicity concerns
Water Consumption Minimal — pure water carrier High — rinsing required High — multiple wash cycles
Fabric Hand Feel UNCHANGED — no coating Slightly altered — binder film Altered — surface coating
OEKO-TEX / bluesign Compatible Varies by formulation Restrictions on many compounds

FUZE Production

  • ⚡ 30-amp laser ablation system
  • ☀ Can operate on solar power
  • ♻ Recycled electronics as feedstock
  • ✓ 1m x 1m production footprint
  • ✓ Zero by-products or waste
  • ✓ Zero effluent discharge
  • ✓ No chemical reagents needed

Traditional Antimicrobials

  • ✗ Industrial chemical reduction facility
  • ✗ High energy consumption
  • ✗ Mined raw materials + chemical reagents
  • ✗ Large factory footprint required
  • ✗ Chemical by-products & waste
  • ✗ Effluent treatment systems required
  • ✗ Added polymers, binders, surfactants

Environmental Impact

Every fabric treated with FUZE is a step toward cleaner manufacturing. Here's what you eliminate.

💧
Water Saved
Up to 90%
No additional rinse cycles needed. FUZE integrates into your existing dyebath — the carrier is 18 megaohm ultrapure water that adds nothing to your wastewater stream.
☁
CO₂ Reduced
No Heat Curing
Competitors require 130-180°C curing ovens. FUZE needs zero additional thermal energy. Our 30-amp laser production can run on solar power.
🍃
Zero VOCs
0.000%
No binders. No surfactants. No solvents. FUZE is 99.998% ultrapure water and 0.002% FUZE metamaterial. Nothing else. No volatile organic compounds released — ever.
🔬
Zero Chemical Binders
0 Additives
Traditional antimicrobials need polymer binders to stick to fabric. FUZE metamaterial bonds directly to fibers at the molecular level. No coating, no film, no change in hand feel.
♻
Recycled Feedstock
100%
FUZE metamaterial comes from recycled electronics — not mined ore. We close the loop on precious metals, reducing mining impact and e-waste simultaneously.
🌎
Zero Effluent
Nothing Down the Drain
No chemical waste from production. No effluent treatment required. No heavy metals, no toxic by-products, no drain discharge. Period.

Ready for the Full Suite?

FUZE Atlas gives you fabric management, lab testing, recipe development, compliance tracking, and supply chain tools — all in one platform.

Register at FUZE Atlas →

Free for brands, factories, and laboratories.
Manage your entire antimicrobial textile workflow.