石墨烯（Graphene），是世界上發現的最薄、強度最大、導電導熱性能最強、延展性最好的一種新型納米材料，被稱為“黑金”、“新材料之王”。科學家預言石墨烯將徹底改變21世紀，將掀起一場席卷全球的顛覆性新技術、新產業的革命。
Graphene, the thinnest, strongest, most conductive and thermally conductive, and most malleable new type of nanomaterial discovered in the world, is known as "black gold" and "King of New Materials". Scientists predict that graphene will completely transform the 21st century and trigger a revolution of disruptive new technologies and industries that will sweep the world.
石墨烯所具有的優異的光學、電學、熱學、力學特性，在材料學、微納加工、儲能、傳感器、電子信息、智能穿戴、生物醫學和藥物傳遞等方面具有重要的應用前景，被認為是一種未來革命性的材料。
The outstanding optical, electrical, thermal and mechanical properties of graphene hold significant application prospects in materials science, micro-nano processing, energy storage, sensors, electronic information, smart wearables, biomedicine and drug delivery, and it is regarded as a revolutionary material of the future.
2004年，英國曼徹斯特大學物理學家康斯坦丁.諾沃肖洛夫和安德烈.海姆教授成功從石墨薄片中剝離出了石墨烯，證實它可以單獨存在，兩人因此榮獲了2010年度的諾貝爾物理學獎。
In 2004, Constantine, a physicist from the University of Manchester in the UK. Novoselov and Andrei. Professor Geim successfully exfoliated graphene from graphite sheets, confirming that it can exist independently. The two were awarded the Nobel Prize in Physics in 2010 for this achievement.
【石墨烯超導纖維】
【Graphene Superconducting fiber】
山東稀有科技發展有限公司（稀有高科），采用獨特的石墨烯納米相變材料（國家專利202211637322.8），利用兩親特性生物質分散剝離劑共軛疏水端對石墨烯進行插層剝離，親水端與溶劑形成了長時間穩定的高純度石墨烯分散液，通過自主固液混合技術實現了石墨烯分散液與纖維素基材、PET（PA6)基材均勻吸附和高效絡合，制備出具有良好生物相容性和超高熱傳導性的紡織用高品質多功能石墨烯改性新材料——啟脈®石墨烯超導纖維/紗線。
Shandong Rare Technology Development Co., LTD. (Rare Hi-tech) adopts a unique graphene nano-phase change material (National Patent 202211637322.8), and uses the conjugated hydrophobic end of the amphiphilic biomass dispersant to intercalate and exfoliate graphene. The hydrophilic end forms a long-term stable high-purity graphene dispersion liquid with the solvent Through the independent solid-liquid mixing technology, the uniform adsorption and efficient complexation of graphene dispersion with cellulose substrate and PET (PA6) substrate were achieved, and a high-quality multifunctional graphene-modified new material for textile use with good biocompatibility and ultra-high thermal conductivity - SelfActiv® graphene superconducting fiber/yarn - was prepared.
該產品應用生物溶劑替代化學溶劑解決了加工生產過程中石墨烯片層團聚和性能不穩定問題，在大大提升產品品質和提高功能的同時，降低了生產資源的消耗，實現了綠色、健康、低碳、安全和可持續發展。
This product uses bio-solvents instead of chemical solvents to solve the problems of graphene layer agglomeration and unstable performance during the processing and production. While significantly improving product quality and functionality, it reduces the consumption of production resources, achieving green, healthy, low-carbon, safe and sustainable development.
【產品品類】
【 Product Categories】
石墨烯短纖Graphene short fiber：黏膠viscose 1.2D*38mm；萊賽爾Lysel1.2D*38mm；滌綸Polyester1.5D*38mm；腈綸Acrylic1.5D*38mm；
石墨烯滌綸長絲Graphene polyester filament：50D/72（36）F；75D/72F；100D/72（96）F；150D/144F；300D/288F；
石墨烯錦綸長絲Graphene nylon filament：20D/24F；40（30）D/34F；70D/48（68）F；
石墨烯混紡紗線Graphene blended yarn：21S/1—80S/1賽緊紡siro compact spinning ；
石墨烯紅外暖絨（絮片）Graphene infrared warm fluff：克重Gram weight 60g/㎡-300g/㎡幅寬Width 150cm-220cm；
石墨烯混紡面料Graphene blended fabric：平紋布Plain weave fabric；提花布Jacquard cloth；雙面布Double-sided fabric；隨心裁Cut as you please；
石墨烯導電滌綸短纖Graphene conductive polyester staple fiber：原白white 1.2D*38mm；黑色black1.5D*38mm；
石墨烯導電滌綸長絲Graphene conductive polyester filament：75D/24F；100D/48F；150D/48F；
石墨烯導電錦綸長絲Graphene conductive nylon filament：20D/3F；50D/12F；70D/32F；
石墨烯導電混紡紗Graphene conductive blended yarn：32S/1（襪子用紗Yarn for socks）；40S/1（服裝用紗Yarn for clothing）；
注：可依據客戶實際需求定制產品規格
Note: Product specifications can be customized according to the actual needs of customers
【 Product Features】
After being tested by national authoritative testing institutions and feedback from scientific practice, the graphene products of SelfActiv have excellent health properties such as emitting far-infrared rays, ultra-high thermal conductivity, long-lasting antibacterial and antiviral activity, mite prevention and skin care, and highly efficient anti-static.
1、體溫遠紅外Body temperature far-infrared
在25-35℃低溫狀態下，石墨烯對6-14μm波長的遠紅外線具有優異的法向發射和促進吸收作用，該波段遠紅外線被科學家譽為“生命光波”，可輔助促進微循環；經國家專業檢測機構檢測，啟脈®石墨烯超導纖維/紗線遠紅外法向發射率可以達到90%以上。
At a low temperature of 25-35℃, graphene has an excellent normal emission and absorption promoting effect on far-infrared rays with wavelengths of 6-14μm. This band of far-infrared rays is hailed by scientists as "life light waves" and can assist in promoting microcirculation. According to the tests conducted by national professional testing institutions, the far-infrared normal emissivity of SelfActiv ® graphene superconducting fibers/yarns can reach over 90%.
2、超高熱傳導Ultra-high heat conduction
石墨烯是迄今導熱系數最高的材料，試驗表明，啟脈石墨烯具有優秀的熱傳導性能，在同等熱源作用下，溫度快速傳導能力優于常態材料30%以上，在保溫的環境下身體熱量可以通過石墨烯纖維材料實現快速傳導并激發，形成“蓄熱艙”保暖效應，在開放環境下身體熱量可以通過纖維材料快速的散發出去，形成“散熱器”效應，啟脈®石墨烯超導纖維/紗線是優異的“雙向調溫”材料。
Graphene is the material with the highest thermal conductivity to date. Experiments have shown that SelfActiv graphene has excellent thermal conductivity. Under the same heat source effect, its rapid temperature conduction ability is more than 30% better than that of normal materials. In a warm environment, body heat can be rapidly conducted and excited through graphene fiber materials, forming a "heat storage cabin" insulation effect. In an open environment, body heat can be rapidly dissipated through fiber materials, creating a "heat sink" effect. SelfActiv ® graphene superconducting fibers/yarns are excellent "bidirectional temperature regulation" materials.
3、 持久抑菌Long-lasting antibacterial
科學研究發現，將大腸桿菌和金黃色葡萄球菌暴露在石墨烯中，石墨烯層狀結構納米片邊緣膜的應力可直接刺穿細菌的細胞膜，引發其內部RNA（核糖核酸）泄漏，導致菌體死亡。另外，由于石墨烯的比表面積大，吸附能力強，可以吸附細胞壁的組成成分磷脂，導致細菌無法正常地繁殖。與此同時，啟脈石墨烯強大的遠紅外效應可輔助促進微循環，從而激活皮膚免疫細胞，加強白細胞和網狀內皮細胞的吞噬功能達到抑菌目的，經過多次洗滌抑菌效果不衰減。
Scientific research has found that when Escherichia coli and Staphylococcus aureus are exposed to graphene, the stress on the edge membrane of the graphene layered structure nanosheet can directly Pierce the cell membrane of the bacteria, causing the leakage of internal RNA (ribonucleic acid) and leading to the death of the bacteria. In addition, due to the large specific surface area and strong adsorption capacity of graphene, it can adsorb phospholipids, the components of cell walls, preventing bacteria from reproducing normally. Meanwhile, the powerful far-infrared effect of SelfActiv graphene can assist in promoting microcirculation, thereby activating skin immune cells and enhancing the phagocytic function of white blood cells and reticuloendothelial cells to achieve the purpose of inhibiting bacteria. The antibacterial effect does not decline after multiple washes.
Traditional antiviral materials such as metal materials, chemical drugs, high temperatures, and ultraviolet radiation can inactivate viruses, but they pose a risk of cytotoxicity that can cause harm to the human body. The unique nanoscale edges, large comparative area, surface functional groups and photothermal catalytic effect of graphene bring broad-spectrum antibacterial and bacteriostatic properties and the ability to effectively "inactivate" viruses. Moreover, the special band structure and strong adsorption characteristics of graphene make it very easy to "capture" bacteria and viruses, and it has the active feature of "capture" + "killing".
Ultraviolet radiation with a wavelength range of 290 to 400 nanometers can cause the skin to produce a large number of free radicals, leading to peroxidation reactions in cell membranes and causing melanocytes to produce more melanin. SelfActiv® graphene superconducting fibers/yarns not only effectively shield ultraviolet rays but also convert them into far-infrared rays. This not only protects the skin from sunburn and reduces the risk of skin cancer but also achieves the purpose of health benefits.
6、綠色制備
The preparation of SelfActiv ® graphene superconducting fibers/yarns adopts amphiphilic biomass dispersion and release agents. By using biotechnology to replace chemical agents, the problems of graphene layer agglomeration and unstable performance during processing have been solved. This not only significantly improves product quality and functionality but also reduces the consumption of production resources, achieving green, healthy, low-carbon and safe production.
【應用領域】
【 Application Fields】
啟脈®石墨烯超導纖維/紗線廣泛應用于特種裝備、航天裝備、戶外裝備、運動服飾、貼身內衣、生活家紡、衛生用品、防護用品、美妝產品、功能護具等產品領域。
SelfActiv ® graphene superconducting fibers/yarns are widely used in various product fields such as special equipment, aerospace equipment, outdoor equipment, sportswear, intimate underwear, home textiles, hygiene products, protective equipment, beauty products, and functional protective gear.
聲明：本文章內容僅用于學習交流使用，所涉及產品相關信息請以產品實測為準；內容若涉及版權問題，請留言告知刪除。
Declaration: The content of this article is only for learning and exchange purposes. The product-related information involved should be subject to the actual test of the product. If the content involves copyright issues, please leave a message to inform us for deletion.
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