Selection of insulation materials for reaction vessels
Thread Content
For a reactor that operates under both high-temperature and low-temperature conditions, how should its insulation material be selected? For example, high temperature of 200 degrees, low temperature of -50 degrees. How should insulating materials be chosen in this case?
Let the moderator come and explain it. . . . . . . . . .
Why must this process be implemented in a single device? Can two or several devices be used?
Use foam glass instead; with temperatures alternating between high and low, it won’t last long either
Multifunctional reaction kettle. . The operating conditions are just like this now. . Moreover, this type of operating condition is quite common. . Do you have any recommendations for good insulating materials? ? ?
Multifunctional reaction kettle. . The operating conditions are just like this now. . Moreover, this type of operating condition is quite common. . Do you have any recommendations for good insulating materials? ? ?
Foam glass definitely works; it can withstand both high and low temperatures. . I’m not sure what you mean by “can’t hold on for long.” It can withstand high and low temperatures, so why doesn’t it last long? ? ?
Are there any methods that use several different insulating materials? ? Like using silicate on the inner layer and rubber/plastic on the outer layer? ?
With alternating hot and cold conditions, if the waterproofing is not proper, water can easily accumulate and freeze； Foam glass is a hard material; it’s also brittle, and ice formations can easily cause it to break
With alternating hot and cold conditions, if the waterproofing is not proper, water can easily accumulate and freeze； Foam glass is a hard material; it’s also brittle, and ice formations can easily cause it to break
It generally doesn’t freeze; it’s waterproof by nature, with sealant used at the joints, and an additional moisture-proof layer is applied on the outside. If constructed in accordance with the specifications, freezing won’t occur. . .