Machine tool guide rail lubricating oil is suitable for mechanical equipment with its own or surrounding guide rail devices, especially for equipment with its own hydraulic system and other mechanical components mixed together. It is also suitable for hydraulic elevators and elevators, and some guide rail oils are also suitable for circulating lubrication of bearings, gear wheels, and other components. One of the most important characteristics of guide rail oil is that it must be able to separate well from water-based cutting fluids, rather than be miscible. The anti emulsification performance of guide rail oil has always been particularly outstanding. Performance characteristics of guide rail oil Guide rail oil has low friction characteristics, multiple metal compatibility, oxidation and thermal stability, rust prevention and anti-corrosion protection, water and water-based separation, adhesion characteristics, load-bearing characteristics, and dual purpose design. 1. Can be used for lubricating screws, linear guides, headstocks, translation screws, cylindrical and conical gears, as well as light load worm gear rotating devices; 2. Used for hydraulic and guide rail lubrication to share a system machine tool; 3. A device used for aqueous coolant that can be contaminated by traditional mineral oil and shorten its service life. Common problems and solutions of guide rail oil When lubricating mechanical tools, the guide oil must minimize its friction and even excess movement to ensure that the processed material has a smooth surface. When mechanical tools are operating at low speeds and high loads, the guide rail oil should not lose adhesion or other adverse phenomena. The guide rail oil fully meets or even exceeds the various strict requirements for guide rail oil lubrication of these mechanical equipment. During use, it is inevitable to encounter some trouble.
When using guide rail oil, the following problems are usually encountered: Scratches on the guide rail: 1. Poor extreme pressure resistance of guide rail oil 2. Mixed with impurities such as iron filings and sand particles The guide rail oil can easily fall off: 1. Non dedicated guide rail oil with poor adhesion 2. Low viscosity of oil Guide rail slipping and crawling: 1. The guide rail has deformed due to poor lubrication and maintenance 2. Poor oil quality, without special additives for guide rails High vibration of the guide rail: 1. Insufficient machining accuracy or installation accuracy of the guide rail 2. Low viscosity of oil products There is a lot of oil sludge at both ends of the guide rail: 1. Excessive amount of rail oil added 2. Poor quality guide rail oil is prone to oil sludge 3. The viscosity of the oil is too high, resulting in poor adhesion and water separation of the oil
