In centralized air conditioning systems, chilled water piping is one of the most energy-intensive components, making the stability and durability of pipe insulation materials crucial. Rubber-plastic insulation pipes, due to their closed-cell structure, high flexibility, and excellent anti-condensation performance, have become a widely used insulation material in chilled water systems.

The internal structure of rubber-plastic materials consists of independently distributed closed air bubbles, effectively blocking airflow, reducing heat transfer rates, maintaining a stable water temperature in the chilled water pipes, and reducing cooling energy consumption. Simultaneously, rubber-plastic has a low thermal conductivity, providing superior insulation performance at the same thickness, significantly contributing to system energy efficiency.

Chillered water systems often experience large temperature differences on pipe surfaces and high ambient humidity, making condensation prone to occur. Rubber-plastic insulation pipes naturally possess water vapor penetration resistance, preventing water droplets from condensing on the pipe outer wall and reducing the impact of dripping water on the machine room, electrical systems, and building structure.

In terms of installation, rubber-plastic insulation pipes are highly flexible and easy to cut, quickly adapting to complex piping designs and improving construction efficiency. After proper sealing, the entire system achieves stable moisture-proof performance. Due to their comprehensive performance, rubber and plastic insulation pipes have become a common material in the insulation of modern chilled water systems.