Rubber and plastic insulation board specifications and models | Rubber and plastic insulation board thickness

Rubber-plastic insulation board specifications and models | Rubber-plastic insulation board thickness Rubber-plastic insulation board
Rubber-plastic insulation board has high elasticity, so it can minimize the vibration and resonance of chilled water and hot water pipes during use. Flexible energy rubber and plastic pipes have good windability and toughness. They are easy to handle curved and irregular pipes during construction, and can save labor and materials.
Specifications and models of rubber and plastic insulation boards | Rubber and plastic insulation boards thickness Rubber and plastic insulation boards
Easy to install and beautiful appearance. Because this product is soft and easy to install, it is easy to install. The pipes can be installed together after being put on, or the pipes can be cut lengthwise and bound with aluminum foil tape. For complex components such as valve tees and elbows, the plates can be cut and then wrapped and glued in different shapes to ensure the rigor of the entire system and thus the heat preservation of the entire system. And because this material has the smooth and smooth appearance of rubber and its excellent performance, there is no need to add a vapor barrier or protective layer, which reduces the trouble during construction and ensures a beautiful and smooth appearance. When equipment or pipelines are repaired, the stripped material can be reused with unchanged performance.
Specifications and models of rubber and plastic insulation boards | Thickness of rubber and plastic insulation boards
Other advantages Rubber and plastic pipes are very safe to use and will neither irritate the skin nor endanger health. They can prevent the growth of mold, prevent pests or mice from being bitten, and are acid and alkali resistant with excellent performance. These properties make Xinya rubber and plastic an ideal thermal insulation material to protect pipelines and prevent them from being corroded by atmospheric media or industrial environments.