Friction roller lubrication system is a kind of key equipment commonly used in industrial production line, it can effectively reduce the friction and wear of mechanical equipment, improve the working efficiency and life of equipment. However, under different working environments and working conditions, the requirements of the friction roller line lubrication system are not the same. Therefore, it is of great significance for the heavy-duty design and optimization of friction roller linear lubrication system.

In general, the design of heavy-duty friction roller line lubrication system should consider the following aspects:

1. Lubricant selection of the system: friction roller line lubrication systems usually use lubricants to reduce direct contact between the roller and the surface of the object, thereby reducing friction and wear. The choice of lubricant should be determined according to the specific working environment and working conditions. For example, in high temperature working environments, lubricants with high temperature resistance can be selected to ensure the normal operation of the lubrication system.

2. Lubricant supply mode: The supply mode of lubricant is one of the key factors that determines the effect of the lubrication system. There are two common lubricant supply methods: manual supply and automatic supply. Under heavy load conditions, the automatic supply mode is more suitable, it can automatically adjust the supply of lubricant according to the need to ensure the normal operation of the system.

3. Circulation and filtration of lubricants: under heavy duty conditions, the friction roller line lubrication system requires frequent use and replacement of lubricants. Therefore, reasonable lubricant circulation and filtration design can improve the reliability and stability of the system and extend the service life of the lubricant.

4. Monitoring and maintenance of the system: the heavy-duty friction roller line lubrication system needs to be regularly monitored and maintained to discover and deal with faults and problems in the lubrication system in a timely manner. Monitoring can be achieved through sensors and meters, and maintenance can include operations such as cleaning and changing lubricants.

In short, the design and optimization of heavy-duty friction roller line lubrication systems need to consider several factors, including lubricant selection, lubricant supply mode, lubricant circulation and filtration, and system monitoring and maintenance. Through reasonable design and optimization, the work efficiency and life of the friction roller line lubrication system can be improved, and the failure rate and maintenance cost of the equipment can be reduced.