The rupture of the sandblasting hose usually refers to the change of the rupture of the sandblasting hose. One or more ruptures of the sandblast hose are neat. Another is that the rupture of the blaster hose is neat. The causes of different errors are different, and the treatment methods are also different. Therefore, in the process of using or protecting the sandblasting hose, the sandblasting hose should not be subjected to variable torque. When installing the shot blast hose, try to make the axes of the two joints on the same plane. Avoid the hose from twisting during use. So use it carefully and try not to let the sandblasting hose change excessively to avoid consumption.
Sandblasting hose plays a very important role in industry. The inner rubber layer plus carbon black can effectively eliminate static electricity. Direct contact with compressed air and abrasives requires quite high wear resistance. Once worn, the reinforcement layer will be exposed and the sandblasting hose will burst.
The reinforce layer of the sandblasting hose is a pressure resistant layer. Therefore, the material and layout of the reinforcement layer directly determine the pressure resistance level of the sandblasting hose. Common reinforcement layers include sandwich reinforcement layers and surrounding reinforcement layers. Sandblasting hoses with an inner diameter of 50 mm or more are mostly used in construction occasions where long sandblasting hoses need to be connected to reduce the pressure loss in the sandblasting hose and ensure the normal progress of sandblasting finishing construction.
The reinforce layer of sandblasting hose is also very prominent. The inner rubber of the sandblasting hose is made of polyurethane and butyl rubber as the main raw materials, and special reinforcing agents are added. The color of the finished inner rubber is yellow, with the characteristics of high wear resistance, high toughness, and high pressure. The wear resistance target is 2-3 times that of ordinary sandblasting hoses, which shows excellent performance.