Because the vulcanizing machine is made of metal and has high hardness, it is subject to vibration and other compound forces during production and operation, resulting in the formation of gaps in the components and wear.
The traditional repair methods include surfacing, thermal spraying, electric brush crossing, etc., but several methods have certain disadvantages: surfacing will cause the surface of the part to reach a high temperature, causing parts to deform or crack, affecting dimensional accuracy and normal use, In severe cases, it can also cause fractures; although the brush crossing has no thermal effect, the thickness of the crossing layer should not be too thick, the pollution is serious, and the application is also greatly restricted.
The comprehensive performance of the vulcanizing machine and the characteristics of mechanical processing at any time can meet the requirements and accuracy of the repair, and can also reduce the impact vibration of the equipment during operation and extend the service life. Because the material is a 0010010 quot;variable 0010010 quot; relationship, when an external force impacts the material, the material will deform to absorb the external force, and expand and contract with the expansion and contraction of the bearing or other components, and always maintain a tight fit with the component to reduce the chance of wear. For the wear of large vulcanizers, 0010010 quot;mold 0010010 quot; or 0010010 quot;cooperating parts 0010010 quot; can also be used to repair the damaged equipment on the spot, to avoid the overall disassembly of the equipment, to ensure the maximum matching size of the components, and to meet the production and operation requirements of the equipment.
