New Arrivals: HeiQ Smart Temperature Functional Winter Active Fabrics Collection
New Arrivals: HeiQ Smart Temperature Functional Winter Active Fabrics Collection
# HeiQ Smart Temperature | Heat Generating Winter Fabric
Style No.: MH3880-FR
Composition: 75% Polyester + 25% Elastane
Specifications: Width 134cm, Weight 280gsm
Ideal Applications
Yoga wear, yoga sets, sports jackets, tennis apparel, outdoor travel outfits, casual daily wear and more.
#TemperatureRegulatingFabric #HeiQSmartTemperatureTech #HeatGeneratingFabric #FarInfraredHeatingFabric #BrushedFabric #YogaFabric #PillResistantFabric #FunctionalFabric #FallWinterActiveFabric #ODMOEM
Swiss HeiQ smart temperature control . It cools you when hot and keeps you warm when chilly.
Fine dense brushed finish , cloud-soft handfeel, gentle against skin with no irritation.
Far-infrared heat retention , delivers gentle warmth without bulk.
Durable pill-resistant performance , resists fuzzing after repeated washes.
Breathable & moisture conductive , reduces stuffiness while exercising.
Perfect for yoga garments, workout jackets and autumn-winter base layers.
It strikes an ideal balance between warmth and air permeability.
Complete functional test reports available for reliable quality control.
# HeiQ Smart Temperature | Autumn & Winter Active Fabric
Style No.: MZS534-23E
Composition: 77% Recycled Polyester + 23% Elastane
Specifications: Width 152cm, Weight 240gsm
Ideal Applications
Yoga wear, yoga jackets, tennis apparel, sports tops, outdoor travel clothing, daily casual wear and more.
#TemperatureRegulatingFabric #ThermostaticFabric #HeiQSmartTemperatureTech #EcoRecycledFabric #SustainableTextile #GRSCertified #ButterySoftFabric #FunctionalFabric #FallWinterFabric #JiadataiTextile
Engineered with Swiss HeiQ smart temperature control technology
It cools you down when you get hot and retains warmth when you feel chilly
Bidirectional dynamic thermoregulation : dissipates heat in warmth, locks heat in cold
GRS certified , low-carbon and sustainable
Buttery soft second-skin feel, unrestricted comfort next to skin
Lab-tested moisture evaporation performance, backed by official test reports.
# HeiQ Adaptive Temperature | Brushed Autumn & Winter Fabric
Style No.: MH534-23E
Composition: 77% Polyester + 23% Elastane
Specifications: Width 152cm, Weight 240gsm
Ideal Applications
Yoga wear, yoga sets, sports jackets, tennis apparel, outdoor travel outfits, daily casual wear and more.
#TemperatureRegulatingFabric #HeiQSmartTemperatureTech #WarmFabric #YogaFabric #StretchFabric #FunctionalFabric #FallWinterActiveFabric #ODMOEM #JiadataiTextile
Swiss HeiQ adaptive temperature regulation , designed to match your body temperature for superior comfort
Automatically delivers cooling as you sweat during activity, pauses cooling when your body cools down, dynamically balancing skin temperature and humidity
Fine, dense brushed finish with plush velvety handfeel to trap and retain heat
360° 4-way high stretch for flexible movement; excellent shape retention after stretching
Light compression fit, breathable and moisture-wicking without stuffiness
An ideal fabric choice for autumn and winter yoga outfits & workout sets.
# HeiQ Smart Temperature | Brushed Active Fabric
Style No.: N1148-DM2
Composition: 78% Nylon + 22% Elastane
Specifications: Width 150cm, Weight 210gsm
Ideal Applications
Yoga wear, yoga sets, sports jackets, tennis apparel, outdoor travel outfits, casual daily wear, and more.
#TemperatureRegulatingFabric #HeiQSmartThermalTech #DoubleSidedBrushedFabric #YogaFabric #ButterySoftFabric #StretchFabric #FunctionalFabric #AutumnWinterActiveFabric #IntegratedWeavingDyeingPrintingFactory
Cools when you heat up, retains warmth when you get cold.
Powered by HeiQ smart temperature regulation technology, it automatically adjusts temperature following your skin condition
Crafted with double-sided fine brushing
Cloud-like buttery soft touch, second-skin fit with zero irritation.
4-way high stretch for unrestricted movement
Excellent stretch and recovery, no tightness even during dynamic movements.
