Automotive grease is a semi-solid lubricant composed of base oil, thickener, and additives, used to reduce friction, seal against dust, and prevent rust. Common types include: Calcium based grease (water-resistant, used for low-speed components) Lithium based grease (with strong versatility, high temperature and water resistance) Composite lithium grease (suitable for heavy-duty and high-temperature environments) Polyurea grease (long-lasting, suitable for precision components) Suitable for wheel hub bearings, universal joints, chassis hinges, and other parts. When selecting, temperature, load, and compatibility should be considered to avoid mixing different oils and fats. Regular maintenance can extend the lifespan of components and ensure driving safety.

Electric machinery lubricating grease is designed specifically for motors, injection molding machines, power tools, etc. It needs to have insulation, high temperature resistance, low noise, and long service life characteristics. Core requirements: High resistivity to prevent short circuits (such as polyurea based, PTFE grease). High temperature resistance (-40 ℃~200 ℃), suitable for high-speed motors. Low volatility and low oil separation to avoid contaminating electronic components. Common applications: Electric vehicle motor bearings and reduction gears. Industrial robot harmonic reducer. Electric tool gearbox. Recommended types: Polyurea based, synthetic hydrocarbon (PAO) or fluorine based grease, avoid traditional lithium based grease. It is necessary to pass the electrochemical corrosion resistance test to ensure compatibility with plastic/rubber.

Robots (industrial robotic arms, collaborative robots, service robots, etc.) have extremely high requirements for lubricating grease, which must meet the characteristics of high precision, long life, low friction, and low noise, while adapting to high-speed, high load, or frequent start stop working conditions. Core performance requirements ✔ Low friction coefficient: reduces energy loss and improves motion accuracy (such as harmonic reducers, RV reducers). ✔ Long lifespan/antioxidant: Long maintenance free cycle (such as polyurea based and fully synthetic fats). ✔ Wide temperature adaptability (-30 ℃~150 ℃): Suitable for different working environments. ✔ Low noise: suitable for precision gears and bearings. ✔ Anti micro motion wear: prevent robot joints from wearing out during repeated start stop cycles. Typical application scenarios Joint reducer: Harmonic/RV reducer requires specialized high-precision grease. Rotating joint bearings: require long service life and resistance to micro motion wear. Linear guide/ball screw: rust proof and low friction

Special lubricating grease for textile machinery must meet the requirements of high speed, temperature resistance, and fiber pollution prevention to ensure stable operation of the equipment. Core features: High temperature resistance (180 ℃+): Suitable for high temperature areas such as drying and heat setting Adhesive anti shake: prevent high-speed spinning components from oil splashing and contaminating fabrics Resistance to moisture/chemical corrosion: Dealing with humid, acidic and alkaline environments in the printing and dyeing process Fiber compatibility: non-toxic and odorless, avoiding contamination of textiles Recommended type: Composite aluminum based grease: excellent adhesion, suitable for high-speed bearings Polyether based grease: resistant to moisture and heat, suitable for printing and dyeing machinery Food grade white fat: pollution-free, used for parts that come into direct contact with yarn Maintenance points: Choose low-permeability grease, regularly clean accumulated fluff, and keep the lubrication system clean.

Industrial machinery grease is a semi-solid lubricant composed of base oil, thickener, and additives, designed specifically for the friction parts of mechanical equipment. Its high adhesion and anti loss properties make it suitable for high-speed, high load, or extreme temperature conditions, such as bearings, gears, chains, etc. Common types include lithium based grease (high-temperature resistant), calcium based grease (water-resistant), and composite sulfonic acid grease (corrosion-resistant). Lubricating grease can reduce wear, rust, seal impurities, and extend equipment life. When choosing, consideration should be given to working temperature, load, speed, and environmental conditions (such as humidity and dust). Regular supplementation and replacement can ensure efficient and stable operation of machinery, reducing maintenance costs.

The electronic semiconductor industry has extremely high requirements for lubricating grease, which needs to have high purity, low volatility, high temperature resistance, corrosion resistance and other characteristics to avoid contaminating precision equipment or affecting the chip manufacturing process. main features High cleanliness: free of silicon and metal particles, preventing contamination of wafers or optical components. Low volatility (low VOC): prevents gas volatilization from depositing on sensitive surfaces and affecting the vacuum environment. High temperature resistance: Suitable for high-temperature working conditions of semiconductor equipment such as lithography machines and vacuum pumps. Chemical inertness: resistant to acid and alkali, antioxidant, and does not corrode electronic components. Long lifespan: Reduce maintenance frequency and improve equipment stability. Typical applications Vacuum machinery (such as dry pumps, molecular pump bearings) Precision guide rail (lithography machine, wafer handling robot)