Thermal conductivity test
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Insulation, made simple
Revolution in Thermal Insulation
● Dramatic Reduction in Thickness
The first nanoscale “flexible” material with closed-cell structures pioneers the insulation in millimeter-scale.
● Paradigm Shift
The insulation performance which was measured with “loft” is redefined by “thermal conductivity”.
● Comfort Evolution
The combination of the thermal insulation, moisture-permeability, and quick-drying creates a miracle in insulation materials.
Moisture permeability and quick-drying
naturally incorporates hydrophilic groups
The inner side absorbs water vapor volatilized from the body.
Extremely high evaporation rate
The outer side evaporates the absorbed moisture, to achieve moisture permeability and quick-drying performance.
Lightweight · Beyond Bulky
0.7mm (Model: YW-01) Increases the product's perceived temperature by approximately 10°C.
For more product models, please refer to “Products and Principles.”
Sandwich application
Application Method:
1.Clothing: Place Y-Warm on the back of the fabric or other auxiliary materials, then sew completely around the edge of the cut piece.
2. Other products: You can laminate Y-Warm with other materials as needed.
Application Areas
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Technical overview
Porous material Aerogel shows extremely low thermal conductivity, making it suitable for thermal insulation. However, its defective mechanical properties limit
large-scale use.
After 8 years of dedicated R&D, the Y-Warm team has successfully developed a novel nano-closed-cell flexible insulation material supported by N₂. Its ultra-low thermal conductivity, comparable to aerogel, achieves three global technological firsts.
20
High performance
Extremely low thermal conductivity can effectively decrease thermal exchange.
1
Revolutionary
A historic first: Thermal insulation tech applied in winter gear, replacing bulk with thinness.
95
Multifunctional
Features moisture-permeable, quick-dry, antibacterial & antistatic features.
100
Eco-friendly
Up to 75% reduction; passes EU SVHC test.
Laws & Characteristics
Performance Verification
Explainer Video
Precautions
Apparel Products
1、Dense quilting compromises the soft handfeel.
2、Laminating Y-Warm with apparel fabrics or trims may affect the finished product's hand feel. Improper handling may even compromise performance.
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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Innovation for a Better World
The invention of Y-Warm has brought miracle advancement in science and 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 through physical insulation. This breakthrough represents the culmination of generations of scientific research and marks a milestone in the evolution of thermal materials.