碳纳米管是散热涂料最理想的功能填料。CNT是目前世界上已知的最好的导热材料之一，其辐射系数接近1。纤维状的CNTs，与颗粒状的其他散热填料相比，更容易形成导热网络促进散热，同时CNTs网络对涂层增强增韧效果明显。
该产品利用CNTs的高热导率，先将被涂覆物内部的热量快速的传导到该涂层中，同时这些纳米材料又具有较高的热辐射率，能将吸收的热能转化为1~20μm波长的红外线辐射带外部空间，快速带走制件上的热量，大幅度提高制件的散热能力，从而达到降低制件温度的目的。
Carbon nanotube is the optimal functional filler for cooling coatings because it is one of the best heat conduction material and its radiation coefficient is close to 1.Compared with other cooling fillers,fibrous CNTs are easier to form thermal conductive network and improve the strength and toughness.
With the high heat conductivity of CNTs,CNTs cooling coatings transfer the heat rapidly from the inner of coated material to the coating material.At the same time,the coating material can convert the absorbed heat into infrared radiation of 1-20 microns wavelengths to outer space,take heat away from workpieces quickly and cool workpieces effectively.
产品特点【Product Features】
涂层薄、热阻小；
可在真空环境中使用；
涂料的溶剂为水，环保无污染；
涂层很薄是，比如5~10μm，就能形成均匀光洁、机械性能优异的膜；
具有较高的远红外发射效率，大幅提高被涂覆物的散热能力；
单组份水性聚氨酯树脂，涂层柔软，耐挠曲性能更好；双组份水性环氧树脂，涂层硬度更高，耐腐蚀性更好。
This coating and small thermal resistance.
Can beused in vacuum environment.
Water solvent and no pollution.
When the coating is very thin,such as 5-10 microns, bright and clean film good mechanical property can be formed.
The heat of the coated products can be significantly dissipated by the coating with high efficiency far infrared emission.
For single component aqueous polyurethane resin,the coating is soft and has better flexural resistance;For double components epoxy resin,the coatings have higher hardness and better corrosion resisance.
应用领域【Application Flelds】
适用于玻璃散热、金属薄膜散热、金属片材散热、LED灯基座散热、电器外壳散热。
Suitable to dissipate the heat of metal film,glass,metal sheet,LED lamp holder and outer shell of the electric appliance.
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