Colored Rubber-Plastic Pipe Insulation

In the installation of various pipelines and air conditioning systems, thermal insulation is a key link to improve use effect, save energy and extend equipment service life. The insulation effect in different scenarios has its own focus, as follows:

Air Conditioning Copper Pipe Insulation: It can effectively block the contact between water vapor in the air and the surface of copper pipes, avoid condensation caused by excessive temperature difference between the inside and outside of the pipes, prevent condensation from dripping and damaging walls, floors or equipment, and at the same time protect copper pipes from corrosion and ensure the stable operation of the air conditioning system.

Pipeline Insulation and Heat Insulation: For various pipelines transporting cold and hot media, through efficient insulation and heat insulation, it reduces heat loss of the medium in the pipeline, maintains the original temperature of the medium, reduces energy consumption, and avoids potential safety hazards caused by excessively high or low surface temperature of the pipeline.

Floor Heating Pipeline Insulation: As the core insulation link of the floor heating system, it can reduce heat loss from the floor heating pipeline to the underground soil, make more heat transfer upward to the room, greatly improve the heating efficiency of the floor heating, effectively save heating energy, and reduce the user's use cost.

Air Conditioning Unit Insulation: Insulating the pipelines, interfaces and core components of the air conditioning unit can reduce energy loss during the operation of the unit, improve the cooling and heating efficiency of the unit, increase energy utilization rate, and at the same time reduce the operation noise of the unit and extend the service life of the unit.

This product is made of high-quality rubber and plastic materials, with a large number of high-efficiency flame-retardant and smoke-suppressing raw materials added inside, which has excellent fire-retardant performance. In case of open fire, the material does not melt or drip, and the smoke concentration generated during combustion is extremely low, without releasing toxic and harmful gases. At the same time, it has self-extinguishing characteristics, which can quickly extinguish itself after the flame is removed, effectively curbing the spread of fire and providing safety guarantee for the use scenario.

The product is made by closed-cell foaming process. The dense closed-cell structure can effectively block water penetration, with extremely low water droplet permeability, and can keep the interior of the material dry for a long time. Even when used in a humid environment, it can always maintain a low thermal conductivity, ensure that the thermal insulation performance does not decay, and at the same time avoid rust and corrosion of the pipeline due to moisture, extending the service life of the pipeline.

The rubber and plastic thermal insulation material has excellent flexibility and toughness, which is soft and not easy to break. During the construction process, it can be easily attached to various irregularly shaped pipelines without complex cutting and processing. It can not only accurately wrap the pipelines, but also save construction time and material loss, and greatly improve construction efficiency.

The product as a whole is highly flexible and the installation process is simple and convenient, requiring no complex professional tools. For ordinary straight pipes, it can be directly attached to the pipe for installation. It can also be cut and then inserted into the pipe, followed by using special glue for bonding and fixation, ensuring good sealing performance. For complex components such as valves, three-way joints, elbows, and interfaces, the insulation board can be cut into corresponding shapes and tightly wrapped around the surface of the components to ensure the integrity of the entire insulation system, avoiding the occurrence of insulation dead corners and guaranteeing the consistency of the insulation effect.