Jiangxi Bagu Lubricant Technology Co., Ltd. is a professional manufacturer of anti-wear hydraulic oils. This series of products is made with world patented technology—refined paraffin base oil through isomer dewaxing and mixed with a variety of high-performance additives. The quality exceeds international L-HM quality standards and the stringent requirements of hydraulic systems—German DIN 5124 PART 2-HLP grade, offering long-life super anti-wear hydraulic oil.
Key Benefits: 1. Reduced Equipment Maintenance Costs: Contains highly effective extreme pressure anti-wear additives, which can effectively control gear and bearing wear under heavy load conditions for extended periods, providing long service life for hydraulic pumps and reducing maintenance frequency. 2. Stable Hydraulic System Pressure: Excellent anti-foaming and air release properties better meet the circulation requirements of lubricating oil, ensuring accurate power transmission, minimizing micro-vibration, and avoiding surface wear due to lubricating film defects. 3. Excellent Anti-Emulsifying and Hydrolytic Stability: Allows for quick separation of water, making it suitable for lubrication of hydraulic equipment operating in humid conditions. 4. Excellent Corrosion and Rust Prevention: Provides surface protection for bearings, circulating pipelines, and oil tanks, preventing rust or corrosion, with zero copper weight loss, suitable for use in vane pumps or axial piston pumps with steel-copper friction pairs. 5. Long Service Life: Excellent oxidation stability ensures no oil sludge formation under long-term high-temperature operation, thus preventing filter blockage and better protecting the system's cleanliness and smooth operation. Mainly used for heavy-duty, high-temperature, and high-pressure hydraulic systems, widely applied in large-scale injection molding machines, forming machines, die casting machines, and high-tonnage press brakes, as well as vane pumps and piston pumps with steel-copper friction pairs.
The function of lubricating oil is:
Reducing friction coefficient, 1 Reduce friction: Add lubricant to the friction surface. This reduces friction resistance and saves energy consumption.
2 Reduce Wear: Lubricants can minimize friction wear caused by abrasive wear, surface fatigue, adhesive wear, and other factors between friction surfaces.
Therefore, it can reduce the temperature rise caused by frictional heat. 3. Cooling Effect: Lubricants can absorb, transfer, and dissipate heat.
Drips, steam, corrosive gases and liquids, dust, and rust caused by oxides. 4 Rust Prevention: The presence of a lubricant on the friction surface can prevent rust caused by air.
Hydraulic drives, etc. 5 Power Transmission: In many cases, lubricants have the function of transmitting power.
Prevents moisture and impurities from penetrating. 6 Sealing Function: The lubricant forms a seal on certain exposed parts.
Absorbs impact energy, 7 shock-absorbing effect: When subjected to impact loads, such as in car shock absorbers.
Filtered through the filter. 8 Cleaning action: Contaminants can be carried away through the circulation of the lubricating oil.
To prevent contamination by the aforementioned substances, lubricants must be fortified with additives. Common additives include:
To allow lubricant to filter out or be released with the oil change, 1. Detergents and dispersants: Keep non-soluble matter in suspension. This prevents the accumulation of sludge and carbon deposits in the engine.
Prevent corrosion of metal surfaces due to acidic formation and prevent rusting during engine downtime. Two, Antioxidants: Maintain chemical stability with lubricating oil.
Prevent pilling and scratching; 3. Other Additives: Use lubricants to maintain lubrication on surfaces under high contact loads. Control foam and prevent air entrapment in the lubricant, etc.
