Palm-kernel-oil-derived ingredients
Plant-derived raw materials at the foundation of thermoregulation.
PLANT-BASED SMART THERMOREGULATION
Bio-PhasIQ
Thermal balance,
rooted in nature.
Bio-based PCM derived from palm kernel oil.
Storing heat and releasing it again.
Plant-derived smart thermoregulation.
PLANT ORIGINTHERMAL BALANCEEVERYDAY COMFORT
THREE WAYS TO FEEL IT
Three ways
to feel the difference.
Softness. Freshness. Warmth.
Choose the feel that suits your product.
01 / SOFT BASE
Thermoregulating viscose
Softness for garments worn close to the skin.
Combines a supple feel with thermoregulation to create comfortable base layers.
- Base layers
- Golf base layers
- Everyday T-shirts
02 / COOL ACTIVE
Cooling nylon
A fresh feel for every move.
Filament yarn combines contact cooling and phase-change thermoregulation, expanding the possibilities for knitted and woven fabrics.
- 70D48F FDY
- 40D24F FDY
03 / WARM LAYER
Thermoregulating insulation
Lightweight warmth for layering.
Adds thermoregulation to air-trapping insulation for warm layers.
- Lightweight padded jackets
- Golf vests
- Mid layers
PHASE-CHANGE TECHNOLOGY
As temperatures change,
so does the flow of heat.
As it changes from solid to liquid, the phase-change material absorbs heat and stores it as latent heat. This process buffers temperature changes.
Surrounding heat
PCMHeat absorptionSolid → Liquid
A DIFFERENT STARTING POINT
Nature-derived PCM.
A new starting point for performance.
Bio-based means using biologically derived resources as raw materials. Bio-PhasIQ thermoregulation starts with PCM derived from palm kernel oil.
Both the heat-storing core and its flexible shell begin with palm-kernel-oil-derived ingredients. The encapsulated material is incorporated during fiber manufacturing, bringing the raw material's potential into the performance of everyday apparel.
Phase-change capsules
Technology that encloses a heat-responsive core within a shell.
Integration during fiber production
Thermoregulating functionality is incorporated into spinning solutions and masterbatches.
Everyday apparel
Viscose, nylon and insulation create a wearing feel tailored to the product.
HOW IT FEELS IN MOTION
How the technology works
as you wear it and move.
When your pace picks up.
As more heat transfers from the body to the garment and the PCM reaches its phase-change range, some of that heat is used and stored in the change of state. This is how a layer close to the skin buffers temperature changes.
When temperatures fall.
When conditions allow the PCM in the material to solidify again, it releases stored heat. Heat storage and release help us design thermoregulating layers for changing environments.
Designed for the garment's role.
Viscose for soft base layers, cooling nylon for fresh-feeling active tops, and insulation for lightweight warm layers. Thermoregulation takes shape in different textures and constructions.
THE BIO-BASED MOVEMENT
New raw material possibilities
for performance textiles.
PERFORMANCE DAYS has selected bio-based materials as its official focus topic for October 2026. As the industry considers both raw material origins and performance, Bio-PhasIQ offers thermoregulation using plant-derived PCM.
Official PERFORMANCE DAYS focus topicTHERMAL PERFORMANCE
The power to store heat
and release it again.
15 J/gMelting · Crystallization enthalpy
31℃Peak melting temperature
Supplied sample test · GB/T 40271-2021 · Preconditioned by drying at 105℃ for 2 hours
For every move
that calls for comfort.
OUTDOOR
Mountain trails in the wind
GOLF
Comfort through every round
SPORTS
An everyday run, at ease
START YOUR NEXT COLLECTION
Find the right comfort for your product.
Talk to us about materials, specifications and samples for your product.