热湃飞羽™风阻棉，是山东稀有科技推出的一种超薄科技抗寒创新产品，其利用航天材料二氧化硅气凝胶低密度、低热导率、高孔隙率的科技抗寒、隔热、超轻特征，融入双抗膨体腈纶与植物艾草纤维，结合非织造叠加技术复合而成，集轻薄柔软、抗寒蓄热、远红外升温、抑菌防螨、亲肤透气等多重保暖和健康护肤特性于一体，为秋冬服饰和御寒纺织品提供了出色的超薄保暖解决方案，并具备天然环保和婴幼儿安全等级优势。

AIREPAI-FREE™ Wind resistant cotton is an innovative product of ultra-thin technology and cold resistance launched by Shandong Rare Science and Technology Co., Ltd. It uses the technological cold resistance, heat insulation and ultralight characteristics of aerospace material silicon dioxide aerogel, such as low density, low thermal conductivity and high porosity, integrates double anti expansion acrylic fiber and plant wormwood fiber, and combines nonwoven superposition technology. It integrates multiple warm and healthy skin care characteristics, such as light, soft, cold resistant and heat storage, far-infrared temperature rise, bacteriostasis and acarid prevention, skin friendly and breathable, providing excellent ultra-thin heat preservation solutions for autumn and winter clothing and cold resistant textiles, and has the advantages of natural environmental protection and infant safety level. This product combines multiple features including being light and soft, cold-resistant and heat-retentive, capable of far-infrared heating, antibacterial and anti-mite, as well as skin-friendly and breathable.  It offers an outstanding ultra-thin thermal insulation solution for autumn and winter clothing and cold-resistant textiles.  Moreover, it has the advantages of being naturally environmentally friendly and meeting the safety standards for infants.

熱湃飛羽風防綿は、山東省の希少な科学技術が発売した極薄科学技術の耐寒革新製品であり、宇宙材料シリカエアロゲルの低密度、低熱伝導率、高空隙率の科学技術の耐寒、断熱、超軽量の特徴を利用して、双抗膨張体アクリルと植物よもぎ繊維を融合し、不織重ね合わせ技術を結合して構成され、軽薄柔軟、耐寒蓄熱、遠赤外昇温、抗菌防ダニ、肌に優しい通気などの多重保温と健康スキンケア特性を一体化し、秋冬アパレルと防寒織物に優れた極薄保温ソリューションを提供し、天然環境保護と乳幼児安全等級の優位性を備えている。

产品规格：克重80g/㎡-100g/㎡，厚度3mm，幅宽150cm-210cm

Product specifications: weight 80g/㎡-100g/㎡, thickness 3mm, width 150cm-210cm

製品仕様：重量80g/㎡～100g/㎡、厚さ3mm、幅150cm～210cm

声明：本文章内容仅用于学习交流使用，所涉及产品相关信息请以真实产品实测为准；部分文章及图片推送时未能查实原作者，若涉及版权问题，请留言告知删除。

Declaration: The content of this article is solely intended for learning and exchange purposes. Please refer to actual product testing for relevant product information. Some articles and images may not have their original authors verified at the time of publication. If there are any copyright issues, please leave a message to inform us for deletion.

声明：本記事の内容は学習交流のためのものであり、記載されている製品に関する情報は実際の製品の実測結果を優先するものとします。一部の記事および画像の投稿時に元の作者を確認できなかった場合、著作権に問題がある場合は、削除を依頼する旨をメッセージでお知らせください。