What is a good method for anti-corrosion inside equipment?
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What is a good method for anti-corrosion inside equipment?
It depends on the operating conditions of the equipment; if the operating temperature is not high, fiberglass-lined steel linings, rubber linings, brick slab linings, or graphite plate linings can be used； If the temperature is above 150°C, glass-lined (ceramic) materials or stainless steel lining plates can be used.
Use anti-corrosion coatings as appropriate, depending on the operating conditions and the material used in the design. It was dealt with specifically.
If it is a oil tank or container, antistatic paint can be used
In general, a corrosion-resistant lining can be chosen; for some equipment where it is difficult to install a lining, corrosion-resistant materials can be used directly, although the cost will be higher.
Please first explain the media inside the equipment, as well as the operating temperature, pressure, flow rate, etc., before we can discuss the details.
It mainly refers to the inner lining of the vessel; what to add depends on the operating conditions and the medium involved
It is necessary to distinguish which specific equipment and for what purpose they are used in order to determine the appropriate method for corrosion prevention
The question is too vague; at least the medium should be specified
In addition to the anti-corrosion methods mentioned on the 2nd floor for internal equipment protection, there are now many new methods available, whose feasibility, cost-effectiveness, and effectiveness have also improved. For example, the lining method can be used when the temperature is below 80 degrees, while spraying corrosion-resistant materials can be employed when the temperature is above 80 degrees； There is also a corrosion protection method that uses stainless steel explosive cladding plates ； Additionally, using epoxy resin coatings is both simple and cost-effective; choose the appropriate type based on the different media, as well as temperature, pressure, and degree of corrosion
The choice depends mainly on factors such as the working medium and temperature – whether it is a gas or a liquid, as well as its corrosiveness, etc
Everyone just needs to explain what kind of container they use and how they make it. The separators we produce are made using stainless steel cladding
The original poster might want to consider the polyurea process!