Thermal Conductivity Testing
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Redefining Insulation Technology
Just 0.7 mm. Approximately +10°C Warmer
Y-Warm is an ultra-thin, lightweight thermal insulation material engineered to deliver high thermal efficiency with minimal thickness.
At just 0.7 mm, a single layer can provide a perceived warmth increase of approximately 10°C under specified test conditions, while reducing reliance on the thickness and bulk traditionally associated with thermal insulation.
With an operating temperature range of −50°C to 150°C, the material provides effective thermal insulation across apparel, footwear, outdoor gear, and a wide range of industrial applications.
Moisture Management
Engineered with hydrophilic functionality, Y-Warm effectively absorbs and manages moisture while maintaining its thermal insulation performance.
According to GB/T 21655.1-2023, the material achieved a water absorption rate of 280% before washing and 279% after washing, demonstrating high and durable absorption performance.
In apparel and footwear applications, this capability helps reduce moisture accumulation on the body-facing side and support comfort during wear.
Quick-Drying Performance
Y-Warm combines high moisture absorption with rapid drying.
In comparative testing, the material reached a dry state in approximately 60 minutes, despite absorbing more moisture than the comparison fabrics.
Combined with ultra-thin, lightweight thermal insulation, this quick-drying capability helps reduce moisture accumulation and support comfort during extended wear.
Product Portfolio
● YW-01
Lightweight, Thin & Highly Insulating
For outerwear, gloves, and other outdoor products.
● YW-02
Higher Insulation, Firmer Hand Feel
For footwear, headwear, insulated bags, and other thermal applications.
● YW-03
Softer Hand Feel, Lower Insulation
For use with YW-01 in cuffs and other flexible garment areas.
● YW-04
Enhanced Strength & Insulation
Higher warp and weft strength with enhanced thermal insulation.
● FR-02
Flame-Retardant
For automotive interior applications.
As an Interlayer
Y-Warm is used within the product structure to provide effective thermal insulation.
Apparel
Place Y-Warm between the outer fabric and lining. Secure each cut panel by stitching around its perimeter.
Outer Fabric + Y-Warm + Lining
Other Applications
For non-apparel applications, Y-Warm can be laminated or combined with other materials according to the product structure and performance requirements. Select an appropriate processing method to preserve Y-Warm’s functional properties.
Applications
More Possibilities...
More Possibilities...
Technical Overview
At the heart of Y-Warm is a closed-cell system of micron-scale cells defined by nanoscale polymer walls.
By controlling heat transfer at the microscale, this honeycomb-like design enables extremely low thermal conductivity comparable to that of aerogel.
This marks a shift in thermal insulation technology — from relying on material loft to engineering thermal performance through microstructure.
1
A Breakthrough in Materials
The world’s first flexible nanoporous thermal insulation material, engineered to address inherent brittleness.
2
A New Frontier in Wearables
The world’s first application of flexible nanoporous thermal insulation in winter apparel and footwear.
3
A New Paradigm in Thermal Insulation
The world’s first flexible thermal insulation material to combine extremely low thermal conductivity with moisture vapor permeability and quick-drying performance.
Verified Performance
Precautions
Apparel Products
1.Avoid applying pressure at temperatures above 100°C, as this may impair pore recovery.
2.Avoid dense quilting, as it may increase material stiffness and affect garment hand feel.
Laminated Products
1. Avoid applying pressure at temperatures above 100°C, as this may impair pore recovery; higher temperatures and pressures may cause greater performance degradation.
2. Avoid full-coverage adhesive lamination, as it may significantly reduce moisture vapor permeability.
Selected Brands Using Y-Warm
The Transformative Power of Technology
For thousands of years, warmth has largely depended on one principle: trapping still air with thickness and loft.
From grasses, leaves, and natural fibers to fur, down, and modern synthetic insulation, materials have evolved — but the fundamental approach has remained largely unchanged.
Y-Warm takes a different approach.
By engineering thermal insulation at the microstructural level, high thermal efficiency is achieved in an ultra-thin, lightweight form, reducing the traditional reliance on bulky, loft-based insulation.
From adding more material to engineering better structure.
This shift represents a new direction in thermal insulation technology — and a step forward in the evolution of advanced thermal materials.