Single sphere rubber flexible joint reduces maintenance costs
Single sphere rubber flexible joint reduces maintenance costs
With good oxidation performance of repeated displacement (change), it can provide large multi-dimensional directional compensation in a small size range, which can better eliminate multi-directional deviation in various pipeline installation connections. Rubber and fiber fabric have excellent sound absorption and vibration isolation function, which can effectively reduce and eliminate the sound and vibration transmission of boilers, fans and other systems. Rubber and fiber woven force-free transmission consumption reduces design procedures and eliminates the need to add other auxiliary facilities. Rubber, fiber weave and insulation materials have high heat and corrosion resistance, reducing maintenance costs. Rubber and fiber weave have excellent sealing and suppleness, and can ensure no leakage of transported medium and return to normal after repeated displacement.
Single sphere rubber soft joint can compensate axial, lateral and angular, with no thrust, simplified support design, corrosion resistance, high temperature resistance, sound and vibration damping, etc. It is especially suitable for hot air ducts and dust ducts.
The structure type of single sphere rubber soft joint should be bendable, single sphere type reinforcement type, which consists of single sphere rubber soft joint and polyester fabric reinforcement layer, matching split flange, etc. The pressure block is embedded with straight groove type dovetail groove type. The product can be installed on the metal pipeline connected with the structure, and its function is to absorb the system deformation caused by temperature change, structure and ground settlement, so as not to cause the phenomenon of pipeline fracture due to the structure or temperature change of the structure. The rubber joint should have the characteristics of high pressure resistance, no leakage, anti-pull off, easy loading and unloading, good sealing, corrosion resistance, etc.
