Voll Will FIR-SKIN® T+3D - Advanced Far Infrared Smart Textiles for Performance Apparel
Discover Voll Will's FIR-SKIN® T+3D, an innovative smart textile infused with liquid titanium offering far infrared benefits. This 3D knitted spacer fabric enhances muscle recovery, provides compression support, and features moisture control with SGS-certified performance. Ideal for neoprene apparel, wetsuits, and therapeutic sportswear.
FIR-SKIN® T+3D: Advanced Liquid Titanium Far-Infrared (FIR) Functional Fabric
FIR-SKIN® T+3D
Infrared Smart Textile, Liquid Titanium Infused Fabric, 3D Trival® Neoprene Liner, Medical Grade FIR Spacer Fabric, Performance Compression Textile
A revolutionary 3D knitted spacer fabric infused with Liquid Titanium. FIR-SKIN® T+3D provides far-infrared (FIR) medical benefits, including enhanced blood cell metabolism and accelerated muscle recovery, while offering superior breathability and 3D compression.
Smart Textile Innovation: The Power of Liquid Titanium
Voll Will introduces the FIR-SKIN® T+3D series, a high-performance functional fabric infused with liquid titanium. This advanced integration provides therapeutic Far Infrared (FIR) benefits that penetrate deep into the tissue to enhance blood cell metabolism and accelerate the recovery of sore or damaged muscles during and after exercise.
Multi-Benefit 3D Knitted Spacer Structure
- Medical Grade Recovery: FIR technology supports muscle health and reduces inflammation through improved circulation.
- 3D Compression & Support: The unique 3D knit provides targeted muscle support and structural compression without sacrificing comfort.
- Advanced Moisture Control: Highly breathable and moisture-wicking, keeping the wearer dry during high-intensity activities.
- Antibacterial & Odorless: SGS certified for antibiotic deodorization and ammonia removal, ensuring long-lasting freshness.
3D Trival®: The Ultimate Neoprene Liner
When bonded to neoprene, this fabric is known as 3D Trival®. It serves as an exceptional inner liner for professional wetsuits, braces, and sleeves, adding a layer of medical-grade infrared warmth and 3D structural integrity to any neoprene garment.
To view our comprehensive test reports and technical data, please visit our dedicated site: www.fir-skin.com
Material
- Material: Liquid Titanium Infused 3D Knitted Spacer Fabric
- Technology: Far-Infrared (FIR) Heating and Surface Resistivity
- Certification: SGS Certified for Antibiotic Deodorization and Anion Determination
Specification
- Construction: 3D Knitted Spacer Fabric (3D Trival®)
- Features: Breathable, Stretchable, Moisture Control, 3D Compression
- Health Benefits: Muscle support, FIR medical benefits, enhanced metabolism
- Compliance: SGS tested for ammonia removal and FIR heating
Applications
- High-end wetsuits, rash guards, medical braces and sleeves, professional gloves, boots, waders, and any performance neoprene apparel. An ideal choice for OEM/ODM partners looking to integrate smart textile technology into medical or sports products.
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How Can Far Infrared Technology Transform Your Performance Apparel Line?
FIR-SKIN® T+3D offers sports apparel manufacturers a competitive edge through clinically-proven far infrared technology that enhances athlete recovery and performance. Our liquid titanium-infused fabric accelerates muscle healing, improves blood circulation, and provides targeted compression—all while maintaining breathability and moisture control. Integrate this SGS-certified smart textile into your product line to deliver measurable therapeutic benefits that professional and amateur athletes increasingly demand.
Backed by comprehensive SGS certifications for ammonia removal, antibiotic deodorization, anion determination, liquid titanium content, surface resistivity, and far-infrared heating capabilities, FIR-SKIN® T+3D delivers verified performance. As our exclusive 3D Trival® inner liner for neoprene products, this versatile material elevates the functionality of wetsuits, rash guards, braces, sleeves, gloves, boots, waders, and other performance apparel with its therapeutic properties and superior comfort features.