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Redefining Insulation Technology
0.7 mm of Lightweight Insulation: +10°C Warmth
At just 0.7mm, Y-Warm lightweight insulation effectively blocks thermal conduction — delivering serious warmth without added bulk. Its simultaneous moisture absorption and quick-drying capability make it a truly vapor permeable insulation, redefining breathability for apparel and footwear.
Y-Warm brings together exceptional winter warmth and ultra-thin synthetic insulationdesign — proving you really can have it all.
Suitable for applications requiring insulation and thermal protection across a temperature range of -50°C to 150°C.
Moisture permeability
Y-Warm naturally incorporates hydrophilic groups, functioning as a true vapor permeable insulation.
The inner layer absorbs perspiration vapor directly from the body, while the outer layer rapidly expels absorbed moisture — delivering exceptional breathability and vapor permeable air barrier performance in a single ultra-thin material.
Quick-drying feature
Y-Warm delivers an evaporation rate twice that of standard reference materials — drying in approximately one hour at room temperature after moisture exposure.
This quick-drying capability, combined with its lightweight insulation properties, makes Y-Warm the ideal synthetic insulation for apparel and footwear designed for active, all-day wear.
product portfolio
● YW-01: Suitable for products such as apparel and gloves that require softness
● YW-02: Suitable for products such as footwear, headwear, and insulated bags that require high thermal insulation performance
● YW-03: Used in combination with YW-01, specifically for areas requiring a soft feel, such as cuffs
● YW-04: Suitable for products requiring high warp and weft strength as well as thermal insulation
● FR-02: Meets the flame-retardant requirements for automotive interiors.
Sandwich Application
Application Method:
● Clothing
Place Y-Warm on the back of the fabric or lining material, then sew completely around the edge of each cut piece. This method integrates Y-Warm as a lightweight insulation layer directly into apparel construction.
● Other products
You can laminate Y-Warm with other materials as needed.
Application Areas
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Technical Overview
Aerogel, a porous material, shows extremely low thermal conductivity, making it suitable for thermal insulation. However, its poor mechanical properties have limited large-scale use.
After 8 years of dedicated R&D, the Y-Warm team has successfully developed a novel nano-closed-cell, flexible synthetic insulation material supported by N₂. Its ultra-low thermal conductivity, comparable to aerogel, achieves three global technological firsts.
1
Groundbreaking
The world’s first solution to overcome the mechanical limitations of nanoporous materials.
2
Pioneering
The first-ever use of low thermal conductivity insulation technology in winter apparel and footwear.
3
Revolutionary
Combines breathability and quick-drying properties in a single synthetic insulating material.
Performance Verification
Precautions
Apparel Products
1、Avoid hot pressing.
High-temperature pressing prevents the porous structure from rebounding, which compromises thermal insulation performance.
2、Avoid dense quilting.
Overly dense stitch patterns make the finished garment feel stiff and reduce handfeel quality.
Laminated products
1、At temperatures above 100°C, applying pressure impairs the holes' resilience; the higher the temperature and pressure, the more severe the performance degradation.
2、 Full-coverage adhesive lamination may eliminate the permeability.
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The transformative power of technology
The invention of Y-Warm has brought miraculous advancement in science and synthetic insulation technology.
Early humans used thatch, leaves, and bark for warmth. 7,000 years ago, humanity cultivated cotton plants for the first time.
Despite technological advancements, winter warmth has remained dependent on animal fur and down feathers.
Y-Warm breaks the old concept of bulky insulation, providing a lightweight insulation solution through physical insulation. This breakthrough represents the culmination of generations of scientific research and marks a milestone in the evolution of thermal materials.