ENERGY, BY DESIGN.
* ABOUT · THE STORY BEHIND THE PLATFORM
InfraCycle® was built to give the body back what it's already generating, engineered at the polymer level, validated through independent testing under GB/T 30127-2013, and specifiable across the supply chains that move modern textiles forward.
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// ORIGIN · WHY WE BUILT INFRACYCLE®
THE BODY IS THE POWER SOURCE.
InfraCycle® began with a simple observation: the body is already generating the energy it needs. At rest, the human body emits roughly 100 watts of infrared radiation — energy that, in most textiles, simply dissipates into the environment.
We set out to engineer a textile that closes the loop — absorbing that infrared output and returning it across an effective far-infrared spectrum. The answer came from embedding biophotonic micro-lenses and FIR-emitting minerals directly into the polymer matrix. The mechanism is passive, the source is the wearer, and the cycling never stops.
InfraCycle® is the result of that work: a permanently embedded, biophotonic FIR and negative-ion platform engineered for textile applications across performance, recovery, wellness, and rest. Compatible with virgin, recycled, and bio-based polymer systems. Validated through independent third-party testing under the GB/T 30127-2013 international FIR-radiation standard. Built to perform from day one through the full life of the product.
"ENERGY THAT LASTS AS LONG AS THE WEARER NEEDS IT."
/ THE INFRACYCLE® DESIGN BRIEF
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// PRINCIPLES · WHHAT WE BUILD FOR
FOUR IDEAS BEHIND THE PLATFORM.
/ PRINCIPLES 01
INTRINSIC OVER TOPICAL
FIR cycling that lives inside the polymer matrix, not on its surface. The active mineral system is integrated into the fiber at the molecular level — durable, consistent, and resistant to washing or wear cycles.
/ EMBEDDED · PERMANENT · ALWAYS CYCLING
/ PRINCIPLES 02
TESTED, THEN CLAIMED
Every performance claim traces back to independent third-party data — measured under GB/T 30127-2013, the international FIR-radiation textile standard. We publish what the data shows.
/ Validated · independent · transparent
/ PRINCIPLES 03
SPECIFIABLE ACROSS SYSTEMS
Compatible with virgin, recycled, and bio-based polymer streams. InfraCycle® is designed to drop into the supply paths brands already use, not to require new ones.
/ Polymer-agnostic · circular-ready
/ PRINCIPLES 04
PERFORMANCE WITH RESTRAINT
FIR cycling that supports your collection — soft hand, natural drape, refined construction. Functional performance built to live inside the design, not on top of it.
/ Quiet · refined · collection-ready
/ CAPABILITY 01
R&D AND ENGINEERING
Materials science, polymer engineering, and process development at the core of the platform.
IN HOUSE TECHNICAL CAPABILITY
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// CAPABILITY · FROM POLYMER TO FINISHED TEXTILE
THE PLATFORM BEHIND THE PLATFORM.
InfraCycle® is delivered through a verified global supply network that pairs engineering precision with established production capacity, supporting partner brands from sample request through full production runs.
/ CAPABILITY 02
VERIFIED SUPPLY NETWORK
Globally sourced raw materials and qualified production partners across Asia-Pacific and beyond.
REGION-VALIDATED · SCALED
/ CAPABILITY 02
INDEPENDENT TESTING
Third-party validation through accredited testing facilities working under GB/T 30127-2013 and adjacent standards.
STANDARDS-VALIDATED PUBLISHED
/ CAPABILITY 04
SPEC & INTEGRATION
Direct collaboration with brand teams, from initial samples through construction guidance and full integration.
BRAND-SIDE SUPPORT
04
// LONG TERM · PERFORMANCE & IMPACT
ENGINEERED FOR THE LONG TERM
InfraCycle® is built to last, because FIR cycling that performs across the life of a textile reduces the need to replace it.
The platform's compatibility with recycled and bio-based polymer streams extends that thinking further, letting brands integrate active FIR performance into circular material strategies. InfraCycle® was designed to support the way modern collections are built, across multiple polymer pathways and longer-lifecycle product design.
/ 01
/ 02
/ 03
LIFECYCLE PARITY
FIR cycling performance lasts as long as the textile itself, no fade across washes, no surface degradation across wear. Wash-cycle durability verified under GB/T 30127-2013.
POLYMER SYSTEM AGNOSTIC
Specifiable into virgin polyester, recycled PET, and bio-based polymer systems, your supply path, your decision.
REDUCED-IMPACT PATHWAYS
Supports collection design built around longer-lifecycle products and lower-impact material profiles.
PARTNER WITH INFRACYCLE®.
Talk to our materials team about specifying InfraCycle® into your next collection. Sample requests, technical specs, methodology documentation, and partner-ready integration support are available across applications and build paths.