

Alkenyl polyisobutylene succinimide (APIBSI) is an additive used in lubricants that improves lubricant performance. It is a detergent and dispersant additive that prevents the formation of deposits and sludge, helping to keep your engine clean. APIBSI is commonly used in engine oils for gasoline and diesel engines. It helps remove and disperse harmful contaminants that… Read more

Great ! 15 What is the difference between wetting agent and dispersant? Read more

06 What are extreme pressure additives in grease? Read more

What is the PIBSA1000 Polyisobutylene Succinic Anhydride (Thermal Adduction PIBSA)? Read more

The effectiveness of oil additives is a topic of debate among experts and consumers. Oil additives are chemical compounds that are mixed with engine oil to improve its performance or provide additional benefits. They are marketed to enhance engine protection, reduce friction, improve fuel efficiency, and prolong engine life. Read more

Oil additives are chemical compounds that are mixed with engine oil to enhance its performance and protect the engine. These additives are specifically designed to improve the lubrication, cleaning, and overall functioning of the engine. They can be added to both gasoline and diesel engine oils. Here are some common uses and benefits of oil… Read more

Alkenyl Polyisobutylene Succinimide (PIBSI) is a critical additive in modern lubricants, especially engine oils, due to its powerful dispersant properties. It helps keep engines clean and improves oil performance under demanding conditions. 🧪 What is Alkenyl Polyisobutylene Succinimide? It’s a polymeric ashless dispersant formed by reacting: ✅ General Formula: PIB-CH2-CH(CO-NH-R-NH-CO)-CH2-PIB ✨ Key Characteristics Property Description… Read more

Pour point depressants, also known as flow improvers or cold flow improvers, are additives used to reduce the pour point of petroleum products such as lubricants and fuel oils. Pour point is the lowest temperature at which a fluid can still flow under specific conditions. At low temperatures, petroleum products can become viscous, resulting in… Read more