Technical sharing

Short Description: Gear lubrication is essential to ensure durability, reduce friction, prevent wear, dissipate heat, and protect gear surfaces. Choosing the right oil and viscosity according to load, speed, and application (industrial or automotive), combined with proper lubrication methods, will extend equipment life and improve efficiency

Bearing lubrication reduces friction, wear, heat, corrosion, and vibration. There are two main bearing types—plain and rolling—each requiring suitable oil or grease based on viscosity, temperature, load, and international standards (ISO, ASTM, DIN). Lubricant supply methods include oil bath, oil mist, circulation, drip feed, or manual/automatic grease application. Regular maintenance and condition monitoring extend bearing and machinery life.

Functions, composition, base oil, additives, API/ACEA/SAE standards, and oil selection guide.

Lubricating Oil Properties – Key to Performance and Equipment Longevity Lubricating oil, composed of base oil and additives, serves to lubricate, cool, clean, and protect machinery. Its quality is determined by essential properties such as viscosity, flash point, pour point, oxidation stability, anti-wear performance, detergency and dispersancy, corrosion protection, demulsibility, foam control, thermal stability, and key parameters like TAN, TBN, and volatility. Selecting oil with the right properties ensures optimal performance, extends engine life, reduces maintenance costs, and boosts productivity.

Explore how internal combustion engines work, their classifications, and environmental requirements. Detailed explanation of four-stroke cycles, gasoline, diesel, gas engines, and emission control technologies like EGR, DPF, SCR, and eco-friendly Low SAPS lubricants.

Black smoke from motorbikes: causes, solutions and prevention