覆盖 -196℃ 至 1000℃ 全温域工况,为全球工业提供新一代绝热降噪解决方案
Covering -196℃ to 1000℃, next-generation thermal and acoustic solutions for global industry
从深冷到超高温,一套材料体系满足多种工业场景的绝热与降噪需求
From cryogenic to ultra-high temperature, one material platform serving multiple industrial needs
纳米孔铝镁质纤维绝热材料,兼具低导热、高强度和长期稳定性,适用于设备及管道保温。
Nanoporous Al-Mg fiber insulation combining low conductivity, high strength and long-term stability for equipment and piping.
高性价比基础型产品,具有低导热、耐水煮和柔性施工等特点,适用于常规设备、蒸汽管道及节能改造。
Cost-effective entry-level with low conductivity, boiling-water resistance and flexible installation for standard equipment and steam piping.
CAS-A0是YN450的加强款产品,具有更高的抗拉强度和结构稳定性,适用于复杂管线及对耐久性要求较高的设备与管道。
Reinforced version of YN450 with higher tensile strength and structural stability, ideal for complex piping and durability-critical applications.
可在1000℃以内长期使用,适用于650℃以上的高温设备及管道,并可与CAS其他系列产品组合使用。
Long-term service up to 1000℃, suitable for high-temp equipment and piping above 650℃. Combinable with other CAS series products.
采用纳米孔硅基复合芯材与低透湿阻汽膜,适用于LNG、石油化工、冷库及船舶等低温工况。
Nanoporous silica composite core with low-permeability vapor barrier, suitable for LNG, petrochemical, cold storage and marine applications.
适用于最低-196℃的深冷工况,可根据应用场景选择芯材类型,可用于LNG及深冷设备与管道。
For cryogenic applications down to -196℃ with selectable core material. Suitable for LNG and cryogenic equipment and piping.
包括吸声材料与阻尼隔声材料,可根据噪声频率和设备结构组合使用。
Absorptive and damping materials that can be combined based on noise frequency and equipment structure.
采用复合纤维多孔结构,适用于中高频噪声吸收,可与CAS-AP系列隔声材料组合使用。
Composite fiber porous structure for mid-to-high frequency noise absorption. Designed for combined use with CAS-AP sound insulation materials.
采用多层复合结构,中间设置阻尼隔声层,适用于多数工业设备及管道隔声。
Multi-layer composite with damping layer, suitable for most industrial equipment and piping sound insulation.
适用于对燃烧性能和安全性要求较高的工业设备及管道,整体燃烧性能达到A2级。
For industrial equipment and piping with stringent fire safety requirements. Overall fire rating A2.
基于纳米孔结构创新的材料科学突破,重新定义工业绝热降噪标准
Redefining industrial insulation and acoustic standards through nanoporous material science
纳米孔结构降低气体对流、固体传热及高温辐射传热。
Nanoporous structure reduces gas convection, solid conduction and high-temperature radiation heat transfer.
保温产品可配置整体憎水型号,保冷产品采用低透湿阻汽结构。
Thermal products offer fully hydrophobic options; cold products feature low-permeability vapor barriers.
不同产品系列覆盖-196℃深冷至1000℃高温。
Product series spanning from -196℃ cryogenic to 1000℃ high temperature.
保温及吸声材料主要采用无机材料,多款产品达到A1级。
Thermal and absorptive materials predominantly inorganic, with multiple products achieving A1 rating.
卷毡材料可裁剪、弯折和包覆,适用于复杂设备及管线。
Roll blankets can be cut, bent and wrapped for complex equipment and piping layouts.
材料结构稳定性高,相关绝热产品使用寿命可达10–15年。
Materials offer high structural stability. Relevant insulation products provide 10–15 year service life.
纳米孔绝热降噪材料已在石油化工、煤化工、电力能源、LNG接收站等领域深度应用
Nanoporous materials deployed across petrochemical, coal chemical, power and LNG terminal sectors
炼化装置、蒸汽管线、反应器等高温设备绝热。依托纳米孔结构,设备散热损失较改造前降低40%以上,同时优异的憎水性能有效防止绝热层下腐蚀(CUI)。
Refinery units, steam lines, reactors — reducing equipment heat loss by over 40% compared with pre-retrofit conditions. Superior CUI resistance for demanding petrochemical environments.
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02汽轮机本体、锅炉烟风道保温,配合降噪方案实现热-声综合治理。轻质柔性材料降低结构载荷,A级防火确保电厂安全运行。
Turbine bodies, boiler ducts — combined thermal-acoustic management. Lightweight material reduces structural load with Class A fire safety.
LNG运输船、海上平台深冷保冷。闭孔结构长效阻隔水汽渗透,在海洋高湿环境下保持稳定绝热性能,低导热系数确保长周期可靠运行。
LNG carriers, offshore platforms. Closed-cell structure blocks moisture in marine environments for long-term cryogenic stability.
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