Advanced Far-Infrared Performance Textile Technology

The ultimate alternative to neoprene for water sports requiring flexibility, warmth, and reduced buoyancy

FIR-SKIN® GX: Multilayered Far-Infrared Performance Smart Textile - Advanced multilayered FIR-SKIN® GX textile featuring a graphite-infused knitted base, a breathable PU film, and a water-repellent spandex surface for superior thermal performance.
  • FIR-SKIN® GX: Multilayered Far-Infrared Performance Smart Textile - Advanced multilayered FIR-SKIN® GX textile featuring a graphite-infused knitted base, a breathable PU film, and a water-repellent spandex surface for superior thermal performance.

FIR-SKIN® GX: Multilayered Far-Infrared Performance Smart Textile

FIR-SKIN® GX

Graphite-Infused Thermal Fabric, Low-Buoyancy Wetsuit Alternative, Infrared Water-Repellent Textile, Triathlon Performance Base Layer, Smart Neoprene Replacement

A revolutionary multilayered textile combining Graphite-infused FIR technology with high-stretch polyamide。Featuring a breathable water-repellent PU film, FIR-SKIN® GX offers the warmth of neoprene with significantly increased freedom of movement and reduced buoyancy for elite water sports.

The Future of Water Sports: Warmth Without the Bulk

Voll Will has engineered FIR-SKIN® GX to address the limitations of traditional neoprene. While neoprene provides warmth, its inherent buoyancy and thickness can hinder performance in certain water sports. Our GX series combines the far-infrared heating power of Graphite-infused knit with the extreme stretchability of polyamide.

Advanced Multilayered Engineering

  • Graphite Infrared Power: The internal knitted layer is infused with graphite to reflect body heat and maintain warmth during high-intensity performance.
  • Water-Repellent PU Film: A breathable and stretchable PU membrane is integrated between layers to repel water while allowing moisture to escape.
  • Low-Buoyancy Design: Perfect for triathlon and surface water sports, providing thermal protection without the undesirable buoyant effect of neoprene.
  • Ultimate Freedom: Designed to feel like a second skin, offering much more mobility and freedom of movement compared to standard wetsuit materials.

Explore FIR-SKIN® Technology

To view full technical data and our latest test reports, visit our dedicated site: www.fir-skin.com

FIR-SKIN® GX Gallery
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Material
  • Outer Layer: Water-repellent Polyamide / Spandex
  • Middle Layer: Breathable and stretchable PU Film
  • Inner Layer: Graphite-infused Far-Infrared (FIR) knitted textile
Specification
  • Construction: Multilayered Functional Textile
  • Features: Far-Infrared Heating, Water Repellent, Low Buoyancy
  • Advantage: High flexibility, freedom of movement, and thermal efficiency
  • Application: Performance swimwear and triathlon apparel
Applications
  • Elite triathlon competition, surface water sports, high-performance rash guards, thermal base layers, and any aquatic apparel requiring maximum mobility and reduced buoyancy. A top-tier OEM/ODM solution for premium water sports brands。

How Does FIR-SKIN® GX Technology Improve Triathlon Performance Times?

FIR-SKIN® GX's graphite-infused Far-Infrared technology actively maintains optimal muscle temperature and improves circulation during water segments, while eliminating the restrictive buoyancy of traditional neoprene. Triathletes experience up to 7% greater range of motion and reduced transition times, with the breathable water-repellent PU film providing necessary thermal protection without overheating during the bike and run segments. Request a sample to experience how this revolutionary material can shave crucial seconds off your race time.

Developed after 31 years of expertise in performance materials, FIR-SKIN® GX delivers the thermal benefits of traditional neoprene while eliminating its limiting buoyancy effects. This makes it particularly ideal for triathletes, surface water sports competitors, and performance-focused water enthusiasts who require unrestricted movement. The Far-Infrared technology actively works to maintain body temperature, enhance circulation, and improve muscle performance, giving athletes the competitive edge with superior comfort and freedom of movement that traditional materials simply cannot match.