The difference between 10kg and 16kg rubber soft joints
The difference between 10kg and 16kg rubber soft joints
Rubber soft joints are also called rubber joints, bendable rubber joints, rubber soft joints, shock absorbers, rubber shock absorbers, rubber expansion joints, etc. There are mainly JGD type and KXT type, etc. The product is composed of inner and outer layers of rubber, tire body layer and steel wire ring as tubular rubber parts, vulcanized and formed by high temperature and pressure, and then loosely combined with metal flange or parallel joint. This product uses the advantages of high elasticity, high gas, medium resistance, weather resistance and radiation resistance of rubber to reduce vibration and noise, and can compensate for thermal expansion and contraction caused by temperature changes. It is widely used in various pipeline systems.
The following gives you the difference between 10kg and 16kg rubber joints. The normal pressure of rubber joint is 10KG, and 16KG is also used for daily pipeline installation. when the pipeline pressure is greater than or equal to the maximum compensation of rubber joint, the number of rubber joints should be increased to balance the displacement.
Flexibility of matching flange of rubber joint: Generally speaking, when the working pressure of rubber joint is 10KG and 16KG, the ball and flange are used together. If needed, 10KG and ball can also be used. 16KG flange.
The general set of rubber joint air pressure is 10KG and 165KG. the difference between them is that the number of rubber layers used in a single ball is different, and the pressure-bearing capacity of the supporting flange will be different. 10kg ball is made of very thin material, and the pressure it can bear cannot exceed 10kg. 10kg flange has 8 holes, and the pressure it can bear is different. 16kg ball is more than 10kg flange to bear the pressure. The 16kg flange has 12 holes and withstands more pressure than the 10kg one. If bursting pressure exists in a rubber joint, it means that the rubber joint will burst, tear and be damaged under such pressure. Therefore, it is required that the pipeline pressure should not exceed the burst pressure. The pressure of the rubber joint should be selected according to the pressure required by the pipeline. The working pressure must be selected according to the required pressure of the pipeline. A rubber joint with little pressure cannot be installed on a pipeline with high pressure. This will cause the rubber joint to become pipeline equipment. Damage. We produce rubber soft joints with normal pressure of 10KG and 16KG, which are also used in daily pipeline installation. When the pressure of pipeline is greater than or equal to the maximum compensation of rubber joints, the number of rubber joints should be increased to balance the displacement. It can reduce vibration and noise, and compensate the thermal expansion and contraction caused by temperature change, which is widely used in various pipeline systems.
