How to maintain the bearing pedestal?

Bearing adapter sleeve

The bearing pedestal guide is a large and large-scale bearing pedestal that can accept comprehensive loads, has a special structure, compact structure, sensitive rotation, and convenient equipment maintenance.

Use of the bearing pedestal cooling system.

Bearing seat cooling water not only extends the service life of the bearing seat, but also improves production efficiency. Bearing block materials are generally made of special bearing block steel through various treatments, and even better bearing block steel has its disadvantages in use, such as temperature. When the bearing block is in use, if the mold temperature is too high, it is easy to cause cracks on the surface of the mold core at an early stage. Some bearing blocks even have large areas of cracks that do not exceed 2000 molds. Even in the production of bearing blocks, due to the high temperature of the bearing block, the mold core will change color, even reaching over 400 degrees after measurement. At this temperature, the release agent is prone to cracking when cooled, and the products produced are prone to deformation, strain, and mold adhesion. The use of cooling water for the bearing block can greatly reduce the use of mold release agents, preventing operators from using mold release agents to reduce the temperature of the bearing block. Its advantages are effectively extending the service life of the bearing seat, saving die casting cycles, improving product quality, reducing adhesion and strain, and reducing the use of release agents. It can also reduce the loss of the ejector pin and core due to overheating of the bearing seat temperature.

During the production process, the bearing pedestal must be preheated to prevent the cold bearing pedestal from suddenly encountering hot metal liquid, leading to cracks. More complex bearing blocks can use spray lamps, liquefied gases and good mold thermometers, while relatively simple bearing blocks can use slow pressure jets for preheating.

3. Use of bearing pedestal cooling system. When used correctly, the cooling water for the bearing seat not only extends the service life of the bearing seat, but also improves production efficiency. Bearing block materials are generally made of special bearing block steel through various treatments, and even better bearing block steel has its disadvantages in use, such as temperature. When the bearing block is in use, if the mold temperature is too high, it is easy to cause cracks on the surface of the mold core at an early stage. Some bearing blocks even have large areas of cracks that do not exceed 2000 molds. Even in the production of bearing blocks, due to the high temperature of the bearing block, the mold core will change color, even reaching over 400 degrees after measurement. At this temperature, the release agent is prone to cracking when cooled, and the products produced are prone to deformation, strain, and mold adhesion. The use of cooling water for the bearing block can greatly reduce the use of mold release agents, preventing operators from using mold release agents to reduce the temperature of the bearing block. Its advantages are effectively extending the service life of the bearing seat, saving the die casting cycle, improving product quality, reducing adhesion and strain, and reducing the use of release agents. It can also reduce the loss of the ejector pin and core caused by overheating of the bearing pedestal temperature.

During the production process, the bearing pedestal must be preheated to prevent the cold bearing pedestal from suddenly encountering hot metal liquid, leading to cracks. More complex bearing blocks can use spray lamps, liquefied gases and good mold thermometers, while relatively simple bearing blocks can use slow pressure jets for preheating.