High temperature resistant lubricating oil is an ashless synthetic ester high temperature chain lubricant prepared with high performance additives in a synthetic base oil. It does not contain substances that can form solid residues. It is used for bearings, chains, and chains whose ambient temperature often reaches 260°C. Lubrication of slide rails and gears.
Performance characteristics:
1. Excellent high temperature stability and extremely low evaporation loss
Carbon accumulation and scorching tendencies are extremely low at high temperatures, maintaining liquid film lubrication, low lubricating oil consumption, no smoke, and no harmful gases.
2. Excellent cleanliness
Ashless lubricants can eliminate cleaning problems caused by solid accumulation and help clean chains contaminated by lubricants
3. Energy saving
Clean fluid film lubricant with excellent lubrication performance and can significantly reduce energy consumption
4. It can effectively protect the equipment
Including a combination of special lubricating additives, it has excellent wear resistance, rust resistance and oxidation resistance, effectively prolonging the life of the equipment, 5. reducing maintenance costs
Application industry:
1. The movement and wear position of the geared motor bearing or roller bearing
2. Hydraulic: high extrusion part of the sluice.
3. Paper industry: corrugated paper machinery (corrugated paper roll and pressure roll).
4. Food industry: toast conveyor belt bearings, pastry conveyor belt bearings.
5. High-temperature bearings: blower bearings, fan bearings, flat printing machine bearings, high-temperature furnace bearings.
6. Bearings under high temperature (radial bearings, sleeve bearings, guide bearings, sliding bearings, rolling bearings)
7. High-temperature furnace: plywood drying furnace, coating conveying curing furnace, ceramic curing furnace, furnace door hinge, oven damping control.
8. Textile industry: printing and dyeing machine elevator bearings, steam engines and dryer bearings, stenter chains, bearings, gears.
