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Application and characteristics of Polyisobutylene Poly-succinimide Ashless

Application and characteristics of Polyisobutylene Poly-succinimide Ashless

(Summary description)Polyisobutenyl succinimide (T154A) is an ashless dispersant prepared from high activity polyisobutylene (=1000) by thermal addition process.

Polyisobutylene Poly-succinimide Ashless company

Polyisobutylene Poly-succinimide Ashless company

Polyisobutylene Poly-succinimide Ashless company

Polyisobutylene Poly-succinimide Ashless company

Application and characteristics of Polyisobutylene Poly-succinimide Ashless

(Summary description)Polyisobutenyl succinimide (T154A) is an ashless dispersant prepared from high activity polyisobutylene (=1000) by thermal addition process.

Information

Polyisobutenyl succinimide (T154A) is an ashless dispersant prepared from high activity polyisobutylene (=1000) by thermal addition process. It has good cleaning and dispersing properties and can inhibit the formation of carbon deposits and paint films on engine pistons.

Polyisobutylene Poly-succinimide Ashless china


use
Used to modulate medium and high-grade diesel engine oil
Used to prepare medium and high-grade gasoline engine oil
Used to modulate low speed crosshead engine marine cylinder oil
Especially suitable for the modulation of environmentally friendly internal combustion engine oil
Polyisobutylene succinimide dispersant has excellent solubilizing, peptizing and dispersing effects, and has certain neutralization and adsorption capacity. Since this series of products does not contain metal, almost no ash remains after use, which can avoid the wear of engine parts caused by excessive ash.
Adding a small amount of high molecular weight polyisobutene to gasoline can reduce the separation of macromolecular hydrocarbons and small molecular hydrocarbons, which can make gasoline burn more uniformly at lower temperatures, greatly improve the octane number of fuel, and reduce the amount of unburned hydrocarbons. The addition of polyisobutylene not only reduces the production of hydrocarbon and carbon monoxide pollutants, resulting in more complete combustion, but also reduces nitrogen oxide emissions.

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