Why do building water supply pipes need to be insulated with electric heating?

There are various pipes in different buildings, such as fire protection pipes, tap water pipes, etc. The water in these pipes flows normally at room temperature, ensuring people’s production and life.

However, these water supply pipes are very likely to freeze and block at low temperatures in winter. In order to prevent these water pipes from freezing, we need to take various measures to avoid the possibility of water pipes freezing.

Electric heating antifreeze insulation for building water supply pipes solves this problem very well.

electric heating

Selection of electric heating for building water supply pipes

 

Electric heating products have different products to cope with the antifreeze insulation of equipment in different environments, so the use of electric heating insulation for building water supply pipes must first select the appropriate model.

The water supply pipe only needs to ensure that it is not frozen, so it is enough to choose a self-limiting temperature electric heating belt.

The heating system corresponding to the self-limiting temperature electric heating belt has automatic adjustment of the output power, which can compensate for the actual heat needs, fast startup in low temperature state, uniform temperature, and can be cut and installed at will, which simplifies the antifreeze design of the building water supply pipe system and solves the possibility of pipe freezing.

 

Application of self-limiting temperature electric heating belt

 

Self-limiting temperature electric heating belt is widely used in petroleum, chemical industry, machinery, electricity, food preservation, shipbuilding, building floor heating, offshore platform, railway locomotive, fire protection and urban construction, coating industry, pulp and paper products, public utilities and other fields.

In recent years, it plays a vital role in preventing winter icing and blockage and ensuring the normal use of solar energy throughout the year in the emerging solar energy field.

 

 


Post time: Jul-16-2024