碳化硅换热器可以被广泛应用于化工、制药等领域的腐蚀性工况环境中，它属于一种新材料热交换器，换热管采用无压烧结工艺制成。与传统的石墨换热器、搪玻璃（搪瓷）换热器、不锈钢换热器比较，具有强耐腐蚀性、高换热效率、长使用寿命、高密封洁净性、强抵抗热冲击能力等显著特性，并具有非常高的性价比。

　　Silicon carbide heat exchange is widely used in chemical, pharmaceutical and other fields of corrosive environment, it belongs to a new material heat exchanger, and the heat exchange tube is made by pressureless sintering process Compared with the traditional graphite heat exchanger, glass lined heat exchanger and stainless steel heat exchanger, it has strong corrosion resistance, high heat exchange efficiency, long service life, high sealing cleanliness, strong resistance to thermal shock and other significant characteristics, and has a very high cost performance.

　　购买、保养维护、意外停机等综合成本优于石墨及其它金属换热器。

　　The comprehensive cost of purchase, maintenance and unexpected downtime cost is better than that of graphite and other metal heat exchangers.

　　· 碳化硅换热器热导效率远远高千其它传统耐腐蚀材料的换热器。

　　· 同样换热效率下使用更少的换热面积，这就决定了它可以具有更小的尺寸。

　　· 大大缩小了设备实际使用占用的空间，从而**降低使用成本。

　　The thermal conductivity of SiC heat exchanger is much higher than that of other traditional corrosion-resistant materiaIs.

　　At the same heat exchange efficiency, it uses less heat exchange area, which determines that it can have smaller size.

　　It greatly reduces the space occupied by the actual use of the equipment, so as to comprehensively reduce the use cost.

　　测试时间 125到300小时浸没测试，持续搅拌。

　　腐蚀速率应用指南

部分内容来源于网络，仅用于学习分享，如发现有侵权，请及时联系删除，谢谢。