& does relevant recommendations: 【 rummaged through rubber joints, rubber joints, reducing air duct compensator 】 is gongyi city full state pipeline equipment co., LTD. The main business of our company has been made as a special equipment manufacturing license and ISO quality management system certification of qualified companies, the company management concept: the factory in order to "customer needs is our goal" principle, wholeheartedly for the customers with excellent products, reasonable prices, fast delivery cycle, professional technical support and perfect after-sales service. In the future, full state is full of confidence and hope, was determined in a more high quality brand and good service, sincere cooperation with customers at home and abroad, to do the northern area of the thermal compensation smoke duct equipment industry's first brand.


High temperature nonmetal soft connection is introduced
Non-metallic soft connection host materials for high temperature silicone fabrics, the main body of material, it chooses the fluorine rubber, silicone material has good high temperature resistance and corrosion resistance.
Non-metallic soft connection is high temperature smoke duct is special product, compared with metal compensator, nonmetal soft connection with low cost, simple manufacturing, circulation service life is long, etc, but because of the material after bearing temperature is easy to appear aging phenomenon, from a long-term point of view, such as cement, steel, high temperature pipes, stainless steel high temperature expansion joint is a suggested alternative.

The working principle of high temperature nonmetal soft connection
Non-metallic flexible connection are often used to wind pipe smoke and dust removal equipment, mainly used to absorb tube axial displacement and radial displacement of a small amount. Typically, non-metallic four fluorine soft connection often choose a layer of cloth, two layers of alkali-free glass fiber cloth, a layer of silica gel. So choose is proved through reasonable design and through experiment.