The main production of compensator

Structure and performance of non-metallic fabric compensator

This product mainly utilizes the unique properties of rubber. Such as high elasticity, high air tightness, medium resistance, weather resistance and radiation resistance. It is made of high-strength, high-temperature and hot-stability polyester cords that are cross-linked and cross-linked by high-pressure and high-temperature molding. It has high internal density, can withstand high pressure, and has excellent elastic deformation effect. The product structure is designed with high arc section and long curve, and has a large multi-directional unique function. It is especially suitable for places with complex geological conditions, large settlement range and frequent changes in cold and heat during pipeline operation, which lead to pipeline damage. The elastic sliding transfer of rubber and the heat transfer and dissipation function of deformation mechanical force are used to effectively eliminate the displacement and physical damage of the pump, valve and pipeline itself. Because rubber is a poor conductive material, it is also an ideal environmentally friendly product that reduces vibration and noise transmission. The inner wall of the product is designed to be smooth. After actual testing, it has no effect on the flow rate and flow of the medium, and will never rust. Basically, maintenance during the valid sports period can be exempted

Features

Its products use one-time hydroforming and mechanical forming technology, and are assisted by computer to optimize the design and manufacture. They have accurate dimensions, clean and non-invasive surfaces, compact product structure, large compensation amount, no leakage, corrosion resistance, long life, easy installation, and products. Reliable quality and so on. At the same time, according to the user's working environment, conditions and the number of fatigue failures, other types and uses of the corrugated compensator can be developed for the user. The product is widely used in steel, petroleum, chemical, metallurgy, electric power, water supply and drainage, construction and other industries.