Ingredients
- Base Oils
- Mineral Oils：Refined from crude oil, they offer good lubrication, are abundant, and cost – effective, making them a common choice in lubricant formulas.
- Synthetic Oils：Such as polyalphaolefins (PAOs), they’re engineered for optimal performance in extreme conditions. They resist oxidation better, maintain viscosity in high or low temperatures, and ensure smooth machinery operation.
- Additives
- Anti – wear Additives (e.g., ZDDP)：Form a protective film on metal surfaces, reducing friction and wear during component movement.
- Extreme – pressure (EP) Additives：React with metal surfaces under high – pressure, creating a tough layer to prevent seizing and galling.
- Antioxidants (e.g., Hindered Phenols)：Scavenge free radicals, preventing lubricant oxidation, sludge, and varnish formation.
- Detergents and Dispersants：Detergents clean surfaces by removing deposits, while dispersants keep contaminants suspended, preventing component abrasion.
Functions
- Friction Reduction：Create a thin film between moving parts, minimizing resistance and energy waste, thus improving machinery efficiency and reducing component wear.
- Wear Protection：Anti – wear and extreme – pressure additives work together to prevent metal – to – metal contact, extending machinery lifespan.
- Heat Dissipation：Absorb heat from friction points and circulate it away, maintaining machinery temperature and preventing thermal damage.
- Corrosion Prevention：Inhibit corrosion by forming a protective barrier on metal surfaces in humid or corrosive environments.
Advantages
- Deep Penetration：Low – viscosity and special additives enable penetration into hard – to – reach areas, ensuring all components are well – lubricated.
- Long – lasting Performance：High – quality ingredients ensure stable properties under normal conditions, reducing re – application frequency and maintenance costs.
- Versatility：Suitable for various applications, from small precision instruments to large industrial equipment across different industries.
- Improved Efficiency：By reducing friction, protecting components, and dissipating heat, they enhance machinery efficiency, leading to energy savings and better productivity.
Application Scenarios
- Automotive Industry
- Engines：Lubricate moving parts, improving fuel efficiency and engine durability.
- Transmissions：Facilitate smooth gear – shifting and efficient power transfer.
- Wheel Bearings：Reduce rolling resistance and heat, enhancing vehicle handling and safety.
- Industrial Machinery
- Conveyor Belts：Prevent slippage, reduce energy consumption, and extend belt lifespan.
- Gears：Withstand high loads and speeds, ensuring smooth power transmission and minimizing gear failure.
- Bearings：Maintain machinery alignment and prevent premature failure.
- Aerospace
- Aircraft Engines：Ensure reliable operation in extreme flight conditions.
- Landing Gear Systems：Reduce friction during takeoff, landing, and taxiing, and protect against corrosion.
- Control Mechanisms：Enable precise aircraft control for safe flight.
- Home and DIY Tools
- Hinges and Locks：Make operation smooth and eliminate squeaking.
- Power Tools：Reduce vibration, noise, and wear, ensuring optimal tool performance and longevity.
