Light heat storage and temperature-locking antibacterial fibers, light heat storage filament polyester nylon yarn, Heat Surge
Contact Info
- Building 1, Yaogu R&D Platform, Gangxing Third Road, High-tech Zone, Jinan City, 250102
- 郭鑫宇
- 15315223519
- xiyougaoke@163.com
Traditional cold-resistant textile products mostly rely on thick fillers such as down, wool or chemical fiber cotton to achieve thermal insulation. In recent years, more and more new thermal insulation materials have been applied in the manufacture of cold-resistant textile products. These materials not only have excellent thermal insulation properties, but also have the advantages of being lightweight, environmentally friendly and easy to take care of, providing consumers with more diverse choices. So, against the backdrop of the rise of new materials, will cold-resistant textile products really usher in a "no down" revolution?
Cold-resistant thermal insulation materials comparable to down
Shandong Rare Technology Development Co., Ltd. (Rare High-Tech) has launched a new high-quality light heat storage, temperature-locking and antibacterial fiber product - AIREPAI RePai®, which is specially developed and designed for the field of technological cold-resistant textiles. This innovative product uses modified polyester fiber as the base material, and has a unique 360° nano-porous cross-section and special-shaped mesoporous structure. The nano-porous structure of this fiber can effectively form air cavities, so its thermal insulation performance is comparable to that of down of the same weight. (Test results obtained through GB/T11048-2018).
AIREPAI RePai® light heat storage, temperature-locking and antibacterial fiber uses the low density, low thermal conductivity and high porosity characteristics of aerospace material silica aerogel for technological cold resistance, heat insulation and ultra-light weight, combined with the patented technology of "heat stress-assisted herb temperature-resistant extraction", and integrates the unique full-band visible light absorption photosynthesis of specific plant carbonyl active components, realizing the effective conversion of light energy into heat energy and the double effect of micro-nano stacked porous heat accumulation and temperature locking. It is a new type of technological thermal insulation material that integrates cold resistance, temperature rise, heat storage and antibacterial properties, providing excellent thermal insulation performance and comfortable experience for clothing and cold-resistant textiles, and also has natural environmental protection characteristics.
Integrates light absorption and heat generation, heat accumulation and temperature locking, and long-lasting antibacterial properties
Light absorption and heat generation
During the preparation of AIREPAI RePai®, plant carbonyl active components are added. By utilizing its unique full-band visible light absorption capacity, the effective conversion of light energy into heat energy is realized, so that the material has good light heat storage performance. According to authoritative testing, the maximum temperature rise can reach 10.2℃.
Heat accumulation and temperature locking
Air is the best material for heat insulation and temperature locking. More than 90% of the aerogel is 10-30 nanometer static air clusters, which have excellent heat insulation and temperature locking properties, and also have strong far-infrared radiation and temperature rise characteristics.
Long-lasting antibacterial properties
AIREPAI RePai® contains abundant plant herb active components, giving it excellent natural antibacterial properties. According to testing by authoritative testing institutions, it can still meet the national standard AAA antibacterial standard after multiple washes.
Very rich product application fields
Autumn and winter clothing: coats, sweaters, underwear, scarves, gloves, etc.;
Home textiles: blankets, quilts, carpets, curtains, bed sheets, etc.;
Sports equipment: cold-proof clothing, protective gear, shoe materials, sleeping bags, tents, etc.
| Polyester Fiber | |
