/ QMAX FACE CONTACT
0.179
W/cm² — measured value, KinetiCool®
Outperforms virgin polyester (0.147) and LDPE cooling yarns (0.127 / 0.153)
/ THERMAL EFFUSIVITY
350
Ws½/m²K — measured value, KinetiCool®
Higher effusivity = faster heat transfer away from the skin
/ IR COOLING DELTA
−1.3°C
vs. control fabric — 6.74% greater cooling efficiency
Independent infrared excitation test, 250W IR, 30cm, 10s
// OVERVIEW · WHAT IT IS
A FIBER-LEVEL COOLING PLATFORM.
Cooling that lives inside the yarn, permanent, intrinsic, and engineered to outlast the garment. KinetiCool® integrates high-conductivity cooling minerals directly into the fiber's polymer matrix, paired with engineered surface architecture that accelerates moisture transport and evaporation.
Embedded, not coated. The cooling mechanism is integrated into the fiber's polymer matrix, performance holds across washes, wear, and time.
/01
Active across activity levels. Cooling response intensifies with movement, sweat, and heat, calibrated for everyday wear through elite performance.
/02
Compatible across polymer systems. Blends seamlessly into virgin, recycled, or bio-based polymer streams, engineered for your supply path.
/03
/04
Soft hand, full drape. Cooling functionality lives in the fiber — fabric stays soft, breathable, and structurally true to your design.
// MECHANISM · HOW IT WORKS
DUAL-PATH COOLING. ALWAYS ACTIVE.
THERMAL REPSONSE
/ MECHANISM 01
High thermal effusivity draws heat rapidly from the skin. Engineered fiber surfaces reflect and disperse infrared energy, lowering heat absorption and preventing localized hot zones across the fabric.
QMAX · EFFUSIVITY · IR REFLECTION
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MOISUTRE-DRIVEN COOLING
/ MECHANISM 02
Architectural fiber geometry rapidly moves sweat across the fabric surface, expanding the evaporation footprint. Latent heat loss accelerates as movement and perspiration build — cooling intensifies precisely when it's needed.
WICKING · SPREAD · EVAPORATION
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// APPLICATIONS · WHERE IT LIVES
DESIGNED FOR MOVEMENT, REST AND EVERYTHING IN BETWEEN.
/ 01
PERFORMANCE & ATHLETIC APPAREL
Active cooling response that scales with exertion.
/ 01
PERFORMANCE & ATHLETIC APPAREL
Active cooling response that scales with exertion.
/ 02
HOT CLIMATE & OUTDOOR WEAR
Sustained comfort in high-heat, high-humidity environments.
/ 03
SLEEPWEAR & BEDDING
Steady thermoregulation for deeper, more restful sleep.
/ 04
TRAVEL & EVERYDAY COMFORT
Cool, dry, breathable performance for daily wear.
/ 05
RECOVERY & POST-ACTIVITY
Cooling support that aids tissue recovery and comfort.
// VARIANTS · ONE PLATFORM, THREE INTENSITIES
SPECIFY THE COOLING RESPONSE TO MATCH THE USE.
/ TIER 01 · EVERYDAY
KINETICOOL®
CLASSIC
Balanced cooling response engineered for everyday wear, performance, and lifestyle apparel. The foundational KinetiCool® mineral-infused fiber platform.
COOLING RESPONSE
BALANCED
USE CASE
HAND & DRAPE
DAILY / PERFORMANCE
SOFT, TRUE
/ TIER 01 · EVERYDAY
KINETICOOL® GROOVE
ENHANCED
Engineered surface architecture broadens the moisture footprint and accelerates evaporation, amplifying KinetiCool's cooling response for elevated performance applications.
COOLING RESPONSE
ELEVATED
USE CASE
MOISTURE TRANSPORT
ACTIVE / SPORT
ACCELERATED
/ TIER 01 · EVERYDAY
KINETICOOL® GROOVE PRO
MAXIMUM
Maximum cooling efficiency for high-exertion training, extreme heat environments, and elite performance applications where every degree counts.
COOLING RESPONSE
MAXIMUM
USE CASE
MOISTURE TRANSPORT
ELITE / EXTREME HEAT
MAXIMUM
BUILD WITH KINETICOOL®.
COOL, BY DESIGN.
Request samples, technical specs, or a conversation with our materials team. Specifiable through a verified global supply network, engineered to match your collection and your production timeline.
* PERMANENTLY EMBEDDED FIBER-LEVEL COOLLING PLATFORM
BUILT TO KEEP YOU COOL.
KinetiCool® is an advanced thermoregulation technology engineered into the fiber itself, activating the moment your body does. Cooling minerals are embedded directly in the polymer matrix, delivering immediate cool-to-touch response and sustained heat release that holds across the life of the garment.
