AT-350 heat transfer fluid is the most popular and widely used high temperature synthetic liquid phase heat transfer fluid around the world. It provides long-lasting and excellent performance to systems with operation temperature range of -7℃~350℃. It will improve your system with higher efficiency and long-lasting reliable operation. AT-350 heat transfer fluid is the same product as Therminol 66, Gilotherm-TH and can be mixed together.
Remarkable Thermal Stability —— AT-350 heat transfer fluid has the highest operation temperature among various kinds of liquid phase fluids. The remarkable thermal stability of AT-350 heat transfer fluid is derived from its high quality raw material which is generated under 750℃.
High Reliability —— AT-350 heat transfer fluid is the best choice for systems with operation temperature above 300℃ due to its excellent properties of super long service life and low pressure with high temperature.
Non-Corrosiveness —— AT-350 heat transfer fluid has non-corrosiveness to general industrial equipment built by iron or nonferrous metals.
Anti-coking Capability —— AT-350 heat transfer fluid has strong anti-coking capability to against generating solid particles. Most of its degraded products are low molecular substances which are difficult to produce polymers, improving the reliability of system operation.
News
全国服务热线
+86 13545976007
技术过硬,据实报价
AT-350 High Temperature Synthetic Liquid Phase Thermic Oil
与AT-350 High Temperature Synthetic Liquid Phase Thermic Oil相关的其他内容
-
Achimie Industrial Co., Limited
Achimie Industrial Co., Limited founded in China, it is a international company which specilizing in...
-
AT-400 heat transfer fluid widely used in the CSP field
AT-400 heat transfer fuid is a gas/liquid phase hig temperature synthetic heat transfer fluid with o...
-
AT-350 High Temperature Synthetic Liquid Phase Thermic Oil
AT-350 heat transfer fluid is the most popular and widely used high temperature synthetic liquid pha...
-
How CSP Works: Tower, Trough, Fresnel or Dish
All concentrating solar power (CSP) technologies use a mirror configuration to concentrate the sun’s...