Knowledge

PAG Synthetic Compressor Oil is a fully synthetic air compressor lubricant formulated with a blend of polyalkylene glycol (PAG) and synthetic ester as base oils. It is widely used in severe operating

Learn when to change automatic transmission fluid (ATF). Understand viscosity-temperature performance, key additives, and avoi
d common mistakes to extend transmission life.

Owing to their non-flammability, good lubricity, and low cost, HFC Water-Glycol Fluids are the metallurgical mainstream.

The pros of polyol ester-thermal stability and a wide temperature range making it have the preferred choice for lubricants. Polyol esters can enhance equipment lubricity, rubber seal swell characteris

Naphthenic transformer oil has appropriate solubility, excellent low-temperature and electrical performance, and anti-gassing properties, giving it an advantage over transformer oils.

Copolymeric polyester is an ideal alternative to chlorinated paraffin in cutting fluids for its broad application, thermal stability, and heavy-load performance.

Synthetic ester transformer oil is a high-performance insulating medium that combines excellent fire safety, environmental friendliness, and moisture resistance, offering broad market prospects.

Why are OCP viscosity index improvers used in engine oil? How to balance thickening efficiency and shear stability？

How does grease prevent wear and friction under high-load impact? Why use sulfurized isobutylene (SIB) EP anti-wear additive?

PAG based oils are widely used in screw compressor oils due to their excellent lubrication properties, low traction and friction coefficients, high flash point and viscosity index, and excellent oxida

HFDU hydraulic fluid based on TMPTO has been the preferred choice for hydraulic device operates under high temperature and high pressure working conditions.

Pentaerythritol esters are increasingly used in refrigeration oils due to their excellent compatibility with refrigerants, superior low-temperature fluidity, and outstanding thermal stability.