Intelligent Temperature Memory Function
SYCORE-TEX proudly pioneers the integration of high-performance macromolecules into fabrics through advanced microencapsulation techniques. These cutting-edge macromolecules are sensitively calibrated to react to temperature changes, proactively working to mitigate temperature differences and achieve a heightened state of thermal equilibrium. In the face of substantial environmental temperature variations, they adapt by either absorbing or releasing heat, thereby autonomously maintaining thermal balance. This intelligent temperature memory feature imbues textiles with exceptional temperature 'inertia'. Enhanced with SYCORE-TEX technology, the fabric sensitively reacts to temperature shifts, significantly improving its capacity to regulate fluctuations in the microclimate. Wearers will immediately appreciate the adaptive comfort adjustments to varying climates, enjoying seamless thermal regulation that delivers sustained comfort and warmth throughout their daily activities.
It's a common challenge in textile engineering: materials often suffer a notable decrease in performance when subjected to localized high pressure,particularly those materials where warmth is provided by their loftiness.To maintain comfort without compromising on style, a typical solution istargeted reinforcement at areas prone to such performance drops, like joints.However, this can lead to a decrease in the garment’s overall aesthetic and an increase in costs. SYCORE-TEX, a technology inspired by Chinese aerospace advancements, was conceived with the specific intention to withstand the rigors of high-pressure environments. As a result, SYCORE-TEX exhibits exceptional high-pressure resistance; textiles treated with this technology maintain the activity of their high-performance macromolecules, even under pressures several times greater than normal. Consequently, textile products featuring SYCORE-TEX technology demonstrate remarkable durability under high-pressure conditions. This breakthrough allows for its application in products such as gloves and shoes, where pressure varies, significantly enhancing user experience.
Textiles enhanced with SYCORE-TEX technology feature advanced microcapsules filled with macromolecules that adeptly regulate temperature, offering a significant boost in microenvironmental thermal control. These innovative textiles can replace bulkier materials or those requiring significant filling to retain heat, simplifying garment construction, and cutting down supply chain costs. As a result, clothing crafted with SYCORE-TEX technology eliminates the need for the bulky and heavy layers often synonymous with winter apparel. Through the coldest conditions, this innovation enables wearers to embrace their personal style effortlessly and confidently, free from the burden of weight.
In past assessments of textile comfort, the impact of wind speed on thermal retention was often overlooked due to limitations in standard testing methods. Now, we are refining our testing techniques to reflect the true influence of wind speed more accurately on fabric insulation, aiming to deliver a more comprehensive experience of comfort. Research from Donghua University reveals that higher wind speeds and lower temperatures lead to quicker wind penetration through textiles, intensifying the loss of heat. Essentially, the stronger the wind, the more rapid the loss of warmth. As such, the integration of wind resistance and insulation is critical for textiles intended for cold weather. It's insufficient to consider windproofing and insulation in isolation when designing winter wear. SYCORE-TEX technology employs a multi-layer composite fabric and filling structure, ensuring outstanding windproof capabilities. Textiles enhanced with SYCORE-TEX technology present a 'sponge-like' meltblown structure, naturally affording superior wind resistance. SYCORE-TEX further improves this with ultrasonic technology to form micropores, enhancing the material's breathability. Overall, SYCORE TEX ensures optimal windproofing and thermal comfort, without compromising on breathability.
Sycoretec CAS Co., Ltd., based in Beijing, is a high-tech new materials enterprise that encompasses the transformation of scientific research achievements, product development, and market promotion operations. We are at the forefront of technological innovation and industrialization in phase change energy storage materials and temperature-regulating functional textiles, both domestically and internationally.
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