How to choose legs for designs with a design temperature above 200 degrees

Design it according to the standards. . . . How else could it be designed?

When the design temperature is above 200 degrees, special attention must be paid to the material selection and design of the supports. First, high-temperature resistant materials such as stainless steel and alloy steel should be used ； Secondly, the design of the support legs must take into account their thermal expansion properties at high temperatures, and appropriate expansion joints or telescopic devices should be used to address the stress issues caused by thermal expansion ； Furthermore, the structural design of the legs must take into account stability and load-bearing capacity at high temperatures, to ensure that they can stably support the equipment in such conditions and bear the weight of the equipment as well as other loads. Finally, a high-temperature resistant protective layer is applied to the surface of the legs to enhance their oxidation and corrosion resistance. In summary, the legs of small tanks designed for a temperature of 300°C should be made of high-temperature resistant materials; thermal expansion properties must be taken into account to ensure stability and load-bearing capacity, and a high-temperature resistant protective layer should be applied. .

Consider thermal expansion, material, heat dissipation, and insulation! 300 degrees isn’t considered a very high temperature, so it’s not difficult to design for