Corrosion-resistant material capable of withstanding 800 degrees in temperature
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Look for an anti-corrosion material that can withstand temperatures of 800 degrees
What medium? There aren’t many materials that can be used at this temperature. 800H can withstand this temperature, but it’s not clear what your medium is
It is important to know what medium needs to be protected from corrosion; this must be clearly defined!
The SF series can reach up to 1000 degrees
Titanium, it can handle corrosion at 800 degrees with no problems
It’s best to specify the medium; some austenitic stainless steels can be used at 800 degrees, but they will corrode in the presence of chloride ions and similar substances, in which case they cannot be used. It’s impossible to select a material just based on temperature without considering the medium; there is no material that can be used in all types of media.
An undefined medium cannot be selected. If only temperature is considered, many refractory bricks and stainless steel will work.
It is not possible to make a selection without knowing the medium temperature and pressure. The titanium material mentioned on the fifth floor should not be feasible to use; as the temperature rises, white changes occur in the fine grains, making it difficult to ensure quality.
Monel, Inconel, some high-alloy steels
Spraying ceramic is the best choice, but it’s different if the medium is hydrofluoric acid! E-mail: cb08@163.com QQ:273609348 Chen Bin 13512761954
I think nickel-based alloys will do, as they have strong corrosion resistance.
Let’s take a look at the medium first! We need to figure out what needs to be protected from corrosion! Then find the material based on the medium and temperature!
The poster should first clarify the medium; in general cases, ceramic or refractory bricks will suffice, but they are not suitable for acidic media
Our company is looking for a material made of stainless steel that is resistant to corrosion and can withstand temperatures above 800 degrees. But we’re not sure which one to choose
N06600 seems to work fine
What kind of service environment is it? Temperature, medium, pressure, O/S/CL partial pressures, and so on. Also, does LZ require the material to operate at high temperatures for a long time, for a short period, or intermittently?