Bearings are quite common in our daily lives, and they are an important part of mechanical equipment. However, various problems are inevitable during use. In mechanical equipment, the condition of the engine has a direct impact on the service life and work efficiency of the equipment.

When using mechanical equipment, various factors will have an impact on the working state of the engine. Especially whether the engine is started correctly is directly related to its service life. Every time the engine is started, the wear on the cylinder walls and piston rings is equivalent to the wear that occurs during normal operation for 1.5 hours. The issue of equipment wear caused by starting the engine cannot be ignored.

When designing and manufacturing mechanical equipment, the normal working load range is set, and moderate load operation can greatly reduce component wear, ensuring that the mechanical equipment can reach ****** working state for a long time. If mechanical equipment is operated under overload or high load for a long time, the wear resistance and strength of internal components cannot meet the requirements of overload operation, which will exacerbate equipment vibration and wear. If the engine cannot be cooled in time, it will further accelerate equipment aging and wear speed, increase equipment maintenance frequency, and greatly shorten the service life of mechanical equipment. Minor problems that may occur in mechanical equipment, if not taken seriously by maintenance personnel, can cause major obstacles to the equipment and affect normal production.

Mechanical maintenance methods require necessary repair and maintenance of worn parts to ensure the normal operation of mechanical equipment. Maintenance is an effective method to restore normal mechanical operation, eliminate potential mechanical faults, and extend its lifespan. Structural patch repair technology is used to effectively repair the damage of thin-walled structural components in mechanical equipment, such as fractures and holes. Generally, we use a new type of structural adhesive that can be cured at room temperature and directly patch the damaged holes. This type of patch has a short curing time and high strength, making it an effective in-situ repair technology. It plays a huge role in improving maintenance efficiency and ensuring the smooth operation of production.

Nano brush plating technology is adopted in the maintenance process of mechanical bearings and machine tool guides, effectively repairing the wear of machine tool guides and improving the motion accuracy of the machine tool. By using this technology, machine tools can be transformed and CNC machine tool transformation can be deepened. Nano brush plating technology can be used in the maintenance of mechanical bearings, rods, and bearing components. It is very suitable for the maintenance of gears, component holes, groove parts, or shell and box components.

For the maintenance of mechanical bearings, the damage rate of bearings is relatively high in mechanical equipment. We first analyzed and studied the failure mechanism of bearings. When bearings are in a constant speed state, their load-bearing capacity is very large. During the operation of machinery, the loosening of sealing shaft sleeves or screws can cause wear on the rolling elements. Sometimes, cracks may appear on the bearing cover or shaft sleeve, and some dust, debris, water, etc. will enter the bearing box through these gaps. The function of lubricating oil cannot be fully utilized, resulting in obstacles in the bearings.

High speed arc spraying technology, which uses electric arc as a heat source, can produce wear-resistant and anti-corrosion coatings. When repairing and treating large components of mechanical equipment, the use of this technology effectively enhances the anti-corrosion and wear-resistant performance of the equipment, and effectively improves the corrosion problem of some steel structures in the equipment.

Using electronic technology to quickly clean equipment, mechanical equipment is often affected by the environment during production and operation. There will be some dust, dirt, and the deposition of acid, alkali, and salt components in the atmosphere on the surface of the mechanical equipment. These pollutants will seriously affect the normal performance of the mechanical equipment, and we need to clean it regularly. The methods of disassembly and wiping are all used, which is more troublesome and not conducive to thorough cleaning, leaving some hidden dangers. Sometimes, during the disassembly process, it can cause some degree of damage to the components. The use of electronic devices for rapid cleaning of machinery effectively improves these phenomena, not only providing good maintenance for the equipment, but also saving time and playing a significant role in ensuring the integrity of the equipment.

In the process of repairing bearings, first of all, we need to have a detailed understanding of the bearing model and code, and try to use the original model as much as possible. Some equipment's connecting rod bearings often suffer damage, and the outer ring of the bearing is difficult to remove from the connecting rod hole. If you use a hacksaw, it is easy to slip and damage the connecting rod. At this time, you can place the connecting rod on a vise, use a sleeve head to support the outer ring of the bearing, and use a slightly larger sleeve head to support the side and clamp the vise. At this time, the outer ring of the bearing will be pressed out. It is worth noting that the inner and outer rings of the bearing must not be directly struck. Timely inspect the bearings, and if minor issues are found, take appropriate measures as soon as possible.