Why foam Glass Shell Works

From the name, foam glass tube shell is suitable for pipes. This material is cut from foam glass plate, which also has high environmental protection, high resistance to water, chemical substances and microbial erosion, so that it can maintain a good state in wet environments. It is also made of waste broken glass, which helps to reduce waste discharge and resource waste.

This material has very strong insulation performance, which is closely related to its internal structure. It has many small bubbles inside, all of which are closed and independent spaces. This structure can prevent temperature flow, ensure that the pipeline temperature will not decrease or fluctuate, and also serve as an external protective layer for the pipeline, effectively preventing physical damage and chemical corrosion from the external environment. For example, in the outdoor environment, the pipeline may be affected by weather factors such as sunshine, rain, snow, etc., while the foam glass pipe shell can provide an additional protective layer, which can effectively prevent the water vapor on the surface of the pipeline from penetrating into the inside of the insulation layer, avoid moisture absorption, condensation or corrosion of the insulation material, reduce the erosion of these factors on the pipeline, and help to extend the service life of the pipeline.

The foam glass insulation board or the pipe shell itself has excellent thermal insulation performance, which can also be understood as effectively reducing the loss of heat transfer from the inside to the outside of the pipe. The closed cell structure of foam glass restricts the heat transmission, thus preventing the temperature loss of the medium inside the pipeline. Through effective pipeline insulation, the foam glass tube shell can reduce the energy consumption required for the pipeline to transport the medium. This helps to save energy, reduce energy costs, and is also more environmentally friendly..

To sum up, the foam glass pipe shell has played a role in protecting the pipeline and improving the pipeline operation efficiency through thermal insulation, moisture-proof and anti-corrosion, protecting the pipeline and reducing energy consumption.