Application

In the field of building insulation, pearl cotton is often used as an insulation material, and its lightweight, soft, insulating and moisture-resistant properties make it a popular choice. The following are some applications of pearl cotton in building insulation:

Wall insulation: Pearl cotton can be used to provide a thermal insulation layer on the exterior or interior walls of a building to reduce the conduction of indoor and outdoor temperatures and improve the thermal insulation performance of the building.

Roof insulation: Place pearl cotton inside the roof to form an insulation layer, which helps reduce heat conduction in summer and improves the insulation effect in winter.

Floor insulation: Using pearl cotton under the floor can reduce heat conduction between the floor and the underground space and improve indoor thermal insulation performance.

Air conditioning and heating pipe insulation: EPE can be used to wrap and insulate air conditioning and heating pipes to reduce energy loss and improve the energy efficiency of the system.

Window and door insulation: EPE can be used to fill window and door frames, providing additional insulation and slowing the exchange of indoor and outdoor temperatures.

Building structure thermal insulation: EPE can be used as thermal insulation material for building structures, such as cladding for columns, beams, etc., which helps to reduce the overall heat conduction of the building.

Pipe insulation: Using pearl cotton on water pipes and heating pipes in buildings can reduce energy loss and ensure the stability of water temperature or heat energy during transportation.

Moisture-proof layer: Since pearl cotton itself does not absorb water, it can be used to build a moisture-proof layer to prevent building materials from being affected by humid environments.

Temporary structure insulation: When constructing temporary building structures, EPE can be used as a quick insulation material to provide short-term thermal insulation effect.

In these applications, EPE helps improve the energy efficiency of buildings and reduce energy consumption by providing a thermal insulation layer, reducing energy conduction and improving the overall performance of building materials.