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Before using and installing the stainless steel mesh belt, what preparations should be made

2021-01-06
Do what you want to do, prepare early, and prepare at the critical moment, you can easily succeed, and you can also achieve profitability. In the industry (Industry), studying and living are like this. Take the stainless steel mesh belt for example. Before installation, a series of preparations must be done, which will be more dynamic.






1. About preparing stainless steel mesh belt. The metal mesh belt is a friction-driven machine that can convey materials continuously. In this way, a material conveying process can be formed on a specific conveying line from the initial feed point to the final discharge point. It can not only transport broken materials, but also finished products. In addition to transporting pure materials, it can also be combined with the process requirements in the production process of various industrial enterprises to form a rhythmic assembly line. Dry mesh belts are mainly used for: glass bottles, food, light bulbs, metal, utensils, chemical fiber, printing and dyeing, medicine, electronics, powder metallurgy, heat treatment, wood, logistics and transportation; transmission of various oven systems, such as natural gas, coke gas and Electronic infrared, etc. Food machinery, glass machinery, transportation machinery, etc. are installed after the antioxidant auction due to the influence of roller bearings (bearings), so please do not open and install them before installation. In addition, the anti-rust oil coated on the stainless steel mesh belt has good wetting properties. For stainless steel mesh belts with similar purposes or stainless steel mesh belts with lubricating oil, there is no need to clean them. However, for stainless steel mesh belts used for finishing or high-speed rotation, please use clean washing oil to remove the anti-rust oil. At this time, the stainless steel mesh belt is easy to rust, and it is not suitable for long-term storage.

2. For the stainless steel mesh belt shaft and shell, spare it. B-type mesh belts generate more heat due to friction at high temperatures; due to different thermal expansion coefficients, different materials can be welded together and thermal fatigue may occur. At temperatures higher than 400, the intermittent reduction caused by thermal expansion between parts should consider creep, (high temperature) thermal brittleness, brittleness of carbon precipitation, and the effects of temperature changes (cooling and expansion). The effect of high temperature on lubrication. Silicon, graphite and molybdenum disulfide lubricants have good heat resistance. Clean the watch band and stainless steel mesh case, and confirm that there is no injury or machining (mechanical). The use of sand molding sand, wood chips, etc. is prohibited. In the shell. Secondly, it is necessary to check whether the size, shape and final color of the shaft and bearing seat are closely aligned with the figure.