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DEPA.610MG Precision Gear Grinding Oil - China Suppliers & Factory for Enhanced Lubrication and Cooling

DEPA.610MG is a premium synthetic base oil formulation enriched with high-quality active sulfur, inactive sulfur, fats, and other extreme pressure additives. Designed specifically for optimal performance, this lubricant boasts a high flash point and superior lubrication capabilities that effectively prevent local fusion between grinding wheels, cutting tools, and debris. This results in enhanced smoothness and extended service life for grinding wheels and cutting tools. With its low viscosity design, DEPA.610MG supports cooling and permeability during high-speed grinding operations. It is extensively utilized in the grinding of ferrous metals such as gears and worms, as well as the cutting of copper and other metal types. As a leading product from reputable China suppliers, DEPA.610MG is manufactured in our state-of-the-art factory, ensuring the highest quality for all your machining needs

    Advantages
    • 🔧 Very good lubricity and EP property to enhance surface finishing and dimensional control of components.
    • 🔥 High flash point, low oil smoke and oil mist, providing users with better safety.
    • 🗂️ One product is suitable for many operations and thus oil inventory can be minimized.
    • 🛡️ Excellent anti-rust property to protect the metal parts from rusting even after machining.
    Typical Data
    Test Unit Typical
    Density / 0.84
    Viscosity @40℃ CSt 9.6
    Open flash point ≥180
    Colour / Yellow Transparent
    Odour / Mild
    While the information and figures given here are typical of current production and confirm to specification, minor variations may occur. No warranty expressed or implied is given concerning the accuracy of the information or the suitability of the products.
    Take Care
    Small details that prevent you from wasting money unnecessarily
    • Consult with lubrication experts, use lubricants of appropriate specifications, and minimize the types of oil used.
    • Before each refueling, clean and wipe containers and tools such as oil pumps and oil pots.
    • Before changing the oil, the machinery must be washed clean with solvent, and water-soluble cleaning agents must not be used.
    • If any abnormalities are found in the oil product or it has reached the oil change cycle, a sample should be taken and sent to a professional company for analysis and decision.
    • Replace the filter element at the same time as each oil change.
    Frequently Asked Questions
    What makes this cutting oil suitable for multiple machining operations?
    This cutting oil features excellent lubricity, EP (Extreme Pressure) properties, and anti-rust performance, making it versatile enough to handle a wide range of machining operations. Its balanced viscosity and multi-functional formulation reduce the need for multiple specialized oils.
    Why is a high flash point important for cutting oil safety?
    A high flash point (≥180℃) means the oil is far less likely to ignite under normal machining conditions. It also significantly reduces oil smoke and mist in the working environment, improving air quality and operator safety.
    How does this oil help protect machined metal parts from rust?
    The oil contains excellent anti-rust additives that form a protective film on metal surfaces even after the machining process is complete. This helps prevent oxidation and corrosion during storage or between production stages.
    Why should water-soluble cleaning agents be avoided when changing the oil?
    Water-soluble cleaning agents can leave moisture residues inside the machinery, which may contaminate the new oil, promote rust formation, and reduce the effectiveness of the lubricant. Solvent-based cleaners are recommended to ensure the system is thoroughly clean and dry before refilling.
    How do I know when it is time to change the cutting oil?
    Signs that the oil needs changing include visible discoloration, unusual odor, increased smoke or mist during operation, or reduced machining performance. It is also recommended to follow a scheduled oil change cycle and send samples to a professional laboratory for analysis when in doubt.
    Why is it important to replace the filter element during every oil change?
    The filter element captures metal particles, debris, and contaminants during operation. If not replaced, a clogged or saturated filter can reintroduce contaminants into the fresh oil, reducing its performance and potentially causing damage to machine components. Replacing the filter ensures the full benefit of the new oil.

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