热湃®轻空态，是一款源自航天技术融合气凝胶特性迭代研发的改性高分子聚合物发泡材料。产品以多组分高分子聚合物为核心原料，通过多组分高分子改性、超精密发泡及一体化成型工艺，构筑三维多层次立体网状骨架结构，制成高性能超薄柔性复合泡绵。依托独特的微观拓扑孔隙结构设计，打破传统保温隔热材料性能壁垒，融合超轻、隔热、保温、阻燃、吸音、耐候等多重优异特性，可广泛适配民用、工业、医疗及航天军工等多元应用场景，是新一代绿色节能型多功能复合基础材料。
Product Introduction
Airepai® LightAir is a modified polymer foam material iteratively developed by integrating aerospace technology and aerogel characteristics. With multi-component polymers as the core raw materials, it forms a high-performance ultra-thin flexible composite foam through multi-component polymer modification, ultra-precision foaming and integrated molding processes, constructing a three-dimensional, multi-level stereo network skeleton structure. Relying on its unique microscopic topological pore structure design, it breaks the performance barriers of traditional thermal insulation materials, integrating multiple excellent properties such as ultra-light weight, thermal insulation, flame retardancy, sound absorption and weather resistance. It can be widely applied to diversified scenarios including civil, industrial, medical, aerospace and military fields, serving as a new generation of green and energy-saving multi-functional composite basic material.
产品规格
厚度：1.0mm-5.0mm；等级：低密度/中密度/高密度；幅宽：120cm；
注：可按客户实际需求定制不同规格。
Product Specifications
Thickness: 1.0mm-5.0mm; Grade: Low Density / Medium Density / High Density; Width: 120cm
Note: Custom specifications are available based on actual customer requirements.
核心技术原理
热湃®轻空态，具备高精密三维连通网状孔隙结构，整体孔隙率高达99%，超高孔隙占比可通过复合工艺高效囚禁静止空气，大幅抑制热传导与热对流，实现极低导热系数，构筑稳定断热屏障。同时，材料分子结构含氮量达67%，依靠本征分子链结构实现高效阻燃特性，无需额外添加阻燃助剂，从根源规避化学阻燃剂带来的异味、析出、老化等问题，具备原生安全防火属性。规整且丰富的三维微孔骨架，还可对宽频声波进行多重阻尼消耗，实现高效吸音降噪效果。此外，改性高分子体系赋予材料极强的温度耐受稳定性，适配极端宽温域使用环境。
Core Technical Principle
Airepai® LightAir features a high-precision three-dimensional connected network pore structure with an overall porosity of up to 99%. The ultra-high porosity can efficiently trap static air via composite technology, greatly inhibiting heat conduction and convection, achieving an extremely low thermal conductivity and building a stable thermal insulation barrier. Meanwhile, the material’s molecular structure has a nitrogen content of 67%, realizing high-efficiency flame retardancy through its intrinsic molecular chain without additional flame retardant additives. It fundamentally avoids problems such as peculiar smell, precipitation and aging caused by chemical flame retardants, possessing inherent safe fireproof properties. The regular and abundant three-dimensional microporous skeleton can also perform multiple damping consumption on broadband sound waves, achieving efficient sound absorption and noise reduction effects. In addition, the modified polymer system endows the material with strong temperature tolerance stability, adapting to extreme wide-temperature service environments.
热湃®轻空态，集成七大硬核性能，全方位解决传统保温材料厚重臃肿、保暖低效、功能单一、安全性差、耐候性弱等行业痛点：
超轻量化：超高孔隙率结构降低材料密度，质地轻盈无负重感，适配轻量化加工与穿戴需求；
超低导热：通过构建“皮芯结构”可实现三维密闭微孔锁存静态空气，阻断热量传递，隔热保温性能优异；
超长保温：材料微观结构稳定性强，环境变化下保温性能持久不衰减；
超耐阻燃：67%高含氮分子结构，本征阻燃，无阻燃添加剂，环保安全、防火等级高；
超宽温区：耐温区间可达-200℃~200℃，高低温环境下结构、性能无明显变化，耐候稳定性极强；
超高吸声：多层次网状骨架对宽频声波实现阻尼吸附，降噪吸音效果突出；
超级透气：连通式微孔结构，保障空气流通，透气不闷滞，兼顾隔热与通透属性。
Airepai® LightAir integrates seven core properties, comprehensively solving industry pain points of traditional thermal insulation materials such as bulkiness, low thermal efficiency, single function, poor safety and weak weather resistance:
Ultra-lightweight: Ultra-high porosity reduces material density, featuring light texture without weight burden, suitable for lightweight processing and wearable applications.
Ultra-low thermal conductivity: Constructs a "skin-core structure" to lock static air in three-dimensional closed micropores, blocking heat transfer with outstanding thermal insulation performance.
Long-lasting thermal insulation: Stable microscopic structure ensures durable thermal insulation performance without attenuation under environmental changes.
Super flame retardancy: 67% high nitrogen content molecular structure, intrinsic flame retardant without additives, eco-friendly, safe and high fire rating.
Ultra-wide temperature range: Temperature resistance range from -200℃ to 200℃, with no obvious changes in structure and performance under high and low temperature environments, excellent weather resistance stability.
Ultra-high sound absorption: Multi-level network skeleton damps and absorbs broadband sound waves, with prominent noise reduction and sound absorption effects.
Super air permeability: Connected microporous structure ensures air circulation, breathable without stuffiness, balancing thermal insulation and permeability.
应用领域
依托多重复合优异特性，热湃®轻空态适配多行业高端应用场景，深度赋能全产业链升级：
服饰领域：高端防寒服饰、轻薄保暖内胆、户外功能服装、户外隔温装备、婴童保暖面料等，实现轻薄与保暖双向平衡；
家居领域：恒温家纺、隔音软装、隔热填充材料，提升居住舒适体验；
工业领域：管道隔热、设备降噪、电子防护、冷链保温、工业隔热防护板材；
医疗领域：恒温防护耗材、医用隔热缓冲材料、降噪医疗配套辅料；
航天军工：极端温度环境隔热防护、特种装备缓冲隔音、航天辅助保温结构材料。
Relying on multiple excellent composite properties, Airepai® LightAir adapts to high-end application scenarios in various industries and deeply empowers the upgrading of the entire industrial chain:
Apparel field: High-end cold-proof clothing, ultra-thin warm liners, outdoor functional garments, outdoor thermal insulation equipment, infant thermal fabrics, etc., achieving a balance between lightness and warmth.
Home furnishing field: Constant temperature home textiles, sound insulation soft furnishings, thermal insulation filling materials to improve living comfort.
Industrial field: Pipeline thermal insulation, equipment noise reduction, electronic protection, cold chain insulation, industrial thermal insulation protective plates.
Medical field: Constant temperature protective consumables, medical thermal insulation buffer materials, noise reduction medical supporting accessories.
Aerospace and military: Thermal insulation protection in extreme temperature environments, buffer and sound insulation for special equipment, aerospace auxiliary thermal insulation structural materials.
热湃®轻空态，以航天级高分子改性技术为核心，凭借超高孔隙拓扑结构与本征分子改性优势，实现超轻、隔热、阻燃、吸音、耐高低温等多重性能一体化兼容。材料突破传统保温材料局限，重新定义轻薄隔热新材料标准，兼具环保性、安全性与实用性。未来将持续赋能多产业升级，推动绿色节能、高效安全的新型功能性材料革新发展。
Airepai® LightAir takes aerospace-grade polymer modification technology as the core, and realizes the integration of ultra-light weight, thermal insulation, flame retardancy, sound absorption, high and low temperature resistance and other properties by virtue of ultra-high porosity topological structure and intrinsic molecular modification advantages. Breaking the limitations of traditional thermal insulation materials, the material redefines the standard of ultra-thin thermal insulation new materials, combining environmental friendliness, safety and practicality. In the future, it will continue to empower the upgrading of various industries and promote the innovative development of green, energy-saving, efficient and safe new functional materials.
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