Engine room insulation

Engine room insulation

Insulation of engine room tanks

Insulation of engine room tanks: In general, insulation is used in order to save energy consumption (thermal insulation), prevent parts from being damaged due to corrosion (moisture insulation) or prevent sound penetration (acoustic insulation). Insulation can be applied in different parts of a building from door, window, walls, floor and ceiling to water pipes and air distribution channels and can save energy consumption and economic costs to a great extent. Insulation of hot surfaces is one of the simplest and most economical ways to increase energy efficiency.

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Correct implementation of insulation

The correct installation of insulation materials can guarantee the lifetime of these materials to the extent of the lifetime of devices or pipes on which insulation layers are installed. The efficiency and lifespan of insulation is directly dependent on the way insulation materials are protected against moisture, mechanical and chemical damage. Therefore, the type of final insulation payment depends on the aforementioned factors, and on the other hand, the final cost and beautification are also effective in the final decision. In general, insulation protection can include the following:

Protective cover against climatic effects

The basis of the work of these types of coatings is protection against water penetration, because if water penetrates into the insulation, the efficiency of the insulation will decrease significantly. Therefore, to prevent this, it is very appropriate to use metal or plastic protective cover.

Vapor barriers

Vapor barriers are designed to prevent the penetration and passage of water vapor in the air to insulation layers and surfaces. Connections and interfaces of surfaces should be sealed and sealed with special sealing adhesives against steam penetration.

Mechanical resistant coatings

These coatings are very resistant metal coatings against mechanical damage caused by people, equipment and machines. The compressive resistance of insulating materials against mechanical damage should be considered, measured and evaluated.

Coatings resistant to corrosion and flame emission

In cases where the protection of surfaces against fire hazards is important, the insulating materials and the type of protective coatings used must have composite layers with desired properties. In this situation, most coatings and mastic pastes should have a flame spread rate of less than 25 according to fire standards. This type of information is usually provided by the manufacturers of these materials. Corrosion resistance also varies between metal and plastic coating materials. Metal and stainless steel covers are the most suitable and the best type of materials resistant to corrosion and creating holes and, as a result, leaks. Mastic paste generally shows good corrosion resistance.

Appearance coatings and final finishing

A diverse range of these types of coatings, which are often in the final stage as l