aerogel heat storage temperature-locking antibacterial fiber optical heat storage filament optical heat storage yarn
Contact Info
- Building 1, Yaogu R&D Platform, Gangxing Third Road, High-tech Zone, Jinan City, 250102
- 郭鑫宇
- 15315223519
- xiyougaoke@163.com
Shandong Rare Tech Development Co., Ltd. (Rare Hi-Tech) has launched a brand-new high-quality optical heat-storage, temperature-locking and antibacterial fiber product——AIREPAI ThermaPai®, which is specially developed and designed for the field of technical 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 mesoporous structure. The nano-porous structure of this fiber can effectively form air cavities, so that its warmth retention performance is comparable to that of down of the same weight. (Test result via GB/T 11048-2018).
Textile application products using AIREPAI ThermaPai®
ThermaPai® optical heat-storage, temperature-locking and antibacterial fiber uses the technical cold-resistant, heat-insulating and ultra-light characteristics of aerospace material silica aerogel with low density, low thermal conductivity and high porosity, combined with the patented technology of "heat stress assisted herbal temperature-resistant extraction", and integrates the unique full-band visible light absorption photosynthesis of specific biological carbonyl active components, which realizes the effective conversion of light energy to thermal energy and the dual effect of micro-nano layered porous heat accumulation and temperature locking. It is a new type of technical thermal insulation material that integrates heating, heat storage, temperature locking and antibacterial properties, providing excellent thermal insulation performance and comfortable experience for clothing and cold-proof textiles, and has natural environmental protection characteristics.
Mechanism characteristic diagram of AIREPAI ThermaPai®
Integrates light absorption, heat generation, heat accumulation, temperature locking and long-lasting antibacterial properties
Light absorption and heat generationPhotothermal conversion
Biological carbonyl active components are added during the preparation of AIREPAI ThermaPai®, which utilize their unique full-band visible light absorption capacity to realize the effective conversion of light energy to thermal energy, endowing the material with good optical heat storage performance. According to authoritative testing, the maximum temperature rise value can reach 10.2℃.
Test of optical heat storage performance of AIREPAI ThermaPai® fabric
Heat accumulation and temperature lockingGathering heatLocking temperature
Air is the best heat-insulating and temperature-locking material. More than 90% of aerogel is static air clusters with a size of 10-30 nanometers, which has excellent heat-insulating and temperature-locking performance, and also has strong far-infrared radiation and temperature rise characteristics.
Test of thermal insulation performance of AIREPAI ThermaPai® fleece
Test of far-infrared temperature rise performance of AIREPAI ThermaPai® fleece
Long-lasting antibacterial propertiesDurable antibacterial properties
AIREPAI ThermaPai® is rich in bio-based active components, which endow it with excellent natural antibacterial properties. Tested by an authoritative testing organization, it can still reach the national standard AAA antibacterial level after multiple washes.
Test of antibacterial performance of AIREPAI ThermaPai® fleece
Extremely 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.
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