Some people who do not know much about oil and gas lubrication technology may still have the misunderstanding that "the oil and gas lubrication supply flow is small and cannot achieve excellent lubrication effect." Facts have proved that this idea is completely wrong.

Regarding lubrication, it is not that the more supply, the better. Too much lubricant will only cause waste, environmental pollution and even increase the friction of the bearing, which is harmful but not beneficial to the bearing. The ideal lubrication effect is the amount of oil supply, bearing temperature and friction. The ratio between the three is just right.

As a micro-volume lubrication method, oil-gas lubrication can accurately control and regulate the amount of oil and air at the lubrication point. The micro-amount of lubricating oil output by the quantitative pump at certain intervals mixes with the compressed air in the pipeline and enters the bearing, staying at the friction point. , plays an effective lubrication effect, and at the same time, the overflow of gas can take away most of the heat and play an excellent cooling effect.

With its unique lubrication method, oil and gas lubrication achieves ideal lubrication effects that other traditional lubrication methods cannot achieve, and is widely used in many industries such as steel and metallurgy.

The birth of micro-lubrication equipment, its main function is to further reduce the consumption of aluminum cutting oil during the sawing process on the premise of ensuring lubrication, so that the company's own cooling and lubrication costs can also be reduced.

Reducing fuel consumption and ensuring the quality of cut aluminum parts are the main functions of micro-volume lubrication equipment. In terms of fuel consumption control, the micro-volume lubrication equipment can achieve a consumption of 0.05 ml per drop per second. In addition to its excellent fuel consumption control capabilities, it is also remarkable for the control of the workshop environment.

In a relatively closed space, aluminum cutting oil and high-pressure air mix with each other and form oil mist after passing through the nozzle, which is then sprayed onto the saw blade. Compared with the past method of spraying directly onto the saw blade, the micro-smoothing method is It has inherent advantages in controlling the direction and range of oil injection.

When cutting aluminum materials on a daily basis, the generation of aluminum chips is inevitable. However, with the addition of micro-lubrication equipment and the use of high-pressure atomized oil injection, some aluminum chips can also be sorted out, thus ensuring processing Stability of raw materials.

In fact, the birth of the micro-lubrication system has a long history. Its original intention was to lower the temperature of the saw blade during operation and prevent the saw blade from deflecting, thus ensuring the sawing quality of aluminum parts.

During the machining process, almost all components must go through a time-consuming and laborious cleaning process, which troubles almost all closed system manufacturers. Only in this way can the chips generated during the cutting process be cleaned up. And because of the current development of micro-smoothing technology, this process can be completely eliminated.

Because during the tapping process of the zinc die-cast shell of the double-door door equipment, the cooling and lubricating emulsion used in the past will wash fine chips into the parts, so thorough cleaning of the parts is necessary, otherwise the fine chips will affect the opening of the door. Installation or functionality of equipment.