Beyond commercial HVAC, rubber and plastic insulation is gradually expanding into industrial circulation pipelines, domestic hot water pipelines, and process pipeline insulation. Adding a rubber and plastic insulation layer to hot water supply pipelines reduces heat loss during transmission, ensures stable outlet water temperature, and saves energy for continuous heating. In some light industrial low-temperature process pipelines, rubber and plastic insulation maintains stable medium temperature, ensuring that production process parameters meet standards.

Rubber and plastic materials are easy to install, with complete sets of pipes and sheets available. Straight pipes use insulation sleeves, while elbows and valves are covered with sheet material, and joints are sealed with special adhesive, resulting in strong overall sealing. The material has a certain degree of vibration resistance, adapting to the vibration conditions of equipment and pipelines in the factory area, and is not prone to cracking or delamination. Compared to rigid insulation materials, rubber and plastic have a significant advantage in flexibility, making disassembly easier during pipeline inspection and facilitating subsequent maintenance.

In humid environments such as underground pump rooms and outdoor overhead pipelines, the moisture-proof advantages of rubber and plastic are further highlighted, resisting corrosion from high-humidity environments. With the popularization of green and low-carbon concepts, the demand for energy-saving renovation of various building and industrial pipelines continues to be released. Rubber and plastic insulation has multiple advantages, including heat preservation, moisture protection, noise reduction, and easy construction, and continues to expand its application scope, covering diverse pipeline insulation scenarios such as civil buildings, light industrial production, and public water supply.