As consumer demand for comfortable and functional textiles continues to grow, the application of phase change microcapsule technology in the textile industry is increasingly expanding. Binghe Coolant's LM-XR-6 phase change thermal storage material, with its outstanding performance and broad application prospects, is steadily becoming the ideal choice in the field of phase change microcapsules for textiles.
Product Features
The LM-XR-6 phase change thermal storage material is a multi-component composite phase change material, including the main phase change material, phase change modifiers, anti-supercooling agents, and anti-phase separation agents. Its main characteristics are as follows:
High Energy Storage Density: An energy storage density of 217.4 kJ/kg enables the storage and release of significant amounts of heat during the phase change process.
Excellent Thermal Conductivity: A thermal conductivity of 0.1416 W/m·K at 20°C ensures rapid heat transfer.
Good Cycle Stability: High cyclic stability allows for repeated use, extending the product's service life.
Safe and Reliable: Non-toxic, harmless, and resistant to deterioration, meeting environmental protection requirements.
Broad Applicable Temperature Range: With a phase change temperature of 6°C, it is suitable for various temperature regulation needs.
Application in Textile Phase Change Microcapsules
The application advantages of the LM-XR-6 phase change thermal storage material in textile phase change microcapsules are significant, specifically reflected in the following aspects:
Temperature Regulation Function:
Heat Absorption and Release: LM-XR-6 can absorb heat when the ambient temperature rises, lowering the surface temperature of the textile. When the ambient temperature drops, it releases stored heat to maintain a stable internal temperature of the textile.
Comfort Experience: By regulating temperature, LM-XR-6 provides a more comfortable wearing experience, especially in areas like sportswear, outdoor apparel, and bedding.
Multifunctional Integration:
Antibacterial & UV Protection: Beyond temperature regulation, LM-XR-6 can be combined with other functional materials, such as antibacterial agents and UV-blocking materials, to provide multiple layers of protection.
Moisture Wicking: Combined with moisture-wicking materials, LM-XR-6 can further enhance textile comfort by keeping the wearer dry.
Eco-Friendly & Sustainable:
Biodegradable: LM-XR-6 is made from eco-friendly materials and is biodegradable, reducing environmental impact.
Long Lifespan: Due to its excellent cycle stability, LM-XR-6 can be used repeatedly, extending product life and reducing replacement frequency.
Wide Range of Applications:
Sportswear: Embedding LM-XR-6 phase change microcapsules in sportswear can absorb excess heat during intense exercise, keeping the body cool.
Outdoor Apparel: Using LM-XR-6 in outdoor clothing provides extra warmth in cold environments, enhancing wearer comfort.
Bedding: Incorporating LM-XR-6 into mattresses, pillows, and other bedding products helps regulate sleep environment temperature for a more comfortable sleeping experience.
Taking sportswear as an example, after integrating LM-XR-6, the garment can absorb excess heat when an athlete's body temperature rises, maintaining coolness. During rest or when the ambient temperature decreases, it releases stored heat to provide warmth. For sportswear manufacturers, this not only enhances brand competitiveness but also increases consumer satisfaction.
Conclusion
With the textile industry's growing demand for functional textiles, efficient and environmentally friendly phase change microcapsule technology is facing broad development prospects. Binghe Coolant's LM-XR-6, with its exceptional performance and wide range of applications, is becoming the ideal choice in the field of textile phase change microcapsules. Whether for sportswear, outdoor apparel, or bedding, LM-XR-6 provides reliable temperature regulation solutions, helping users achieve efficient and comfortable wearing experiences. Choosing LM-XR-6 means choosing an efficient, safe, and eco-friendly future.