Additive Type

concrete
Concrete additives are a type of substance that can significantly improve the physical and chemical properties of concrete, increase its strength, durability, save cement usage, reduce the size of structures, and thus achieve energy conservation and improve environmental and social benefits.
It is divided into four categories according to its main functions:
(1) Admixtures for improving the rheological properties of concrete mixtures, including various water reducing agents, air entraining agents, and pumping agents;
(2) Admixtures that regulate the setting time and hardening performance of concrete, including retarders, early strength agents, and accelerating agents;
(3) Additives for improving the durability of concrete, including air entraining agents, waterproofing agents, and rust inhibitors;
(4) Additives that improve other properties of concrete, including air entraining agents, expansion agents, antifreeze agents, colorants, waterproofing agents, and pumping agents.
gasoline
Remove carbon deposits and clean the fuel system
The new generation of gasoline additives has a cleaning and activation factor that can promote harmful substances such as gum in fuel and engine carbon deposition. After adding the Jielishen gasoline additive five times in a row, the carbon deposition on the exhaust pipe is significantly reduced, and the filter, exhaust width, and fuel system are all very clean.
Enhanced power performance
The nano components in the new generation of gasoline additives can adsorb and encapsulate colloidal substances, causing a gaseous "micro explosion" in the combustion chamber under high temperature, causing secondary atomization of fuel, triggering complete combustion, and improving engine power. More than 90% of vehicles experience a noticeable increase in power after using the Jielishen gasoline additive for the first time. Especially when the car is weak, old, heavy, and long-distance, the feeling is more pronounced.
Improve atomization and save fuel
The new generation of gasoline additives, relying on nanomolecular materials, directly attack the long chain carbon bonds in the oil molecules, causing a "micro explosion" in the fuel chamber, causing secondary atomization of gasoline and triggering complete combustion, improving thermal efficiency and reducing fuel consumption. The actual vehicle comparison test of Jielishen gasoline additive can save 10-18% fuel. Especially for long-distance high-speed driving, it is more economical than usual and can be intuitively felt.
Corrosion prevention, rust prevention, lubrication, engine protection
The new generation of gasoline additives consists of more than 10 types of materials, including organic nanomolecules, purification and activation factors, oxygen resistance, anti-corrosion, and demulsification. In response to the development of harmful components such as sulfur, gum, and engine carbon deposits in oil products, the new generation of gasoline additives, Jielishen fuel additives, also have effects such as oxygen resistance, cleaning, dispersion, demulsification, anti-corrosion, and lubrication.
Reduce noise, reduce wear, and extend engine life
The excessive noise of the engine is not only due to poor sealing performance of the car, but also due to impurities such as carbon deposits and oil sludge inside the engine, which accelerate the wear of the engine. The cleaning, antioxidant, and lubrication effects of the new generation of gasoline additives in Jielishen can greatly improve this phenomenon. The removal of carbon deposits and gums can significantly reduce engine wear, thereby reducing engine noise and extending engine service life.
Eliminate black smoke and reduce emissions
Due to poor atomization and incomplete combustion of gasoline, a large amount of black smoke is formed. The Jielishen gasoline additive can effectively reduce combustion activation energy, improve atomization efficiency, and enable the non combustible colloid in the oil to fully burn, thereby achieving the effect of eliminating black smoke and reducing emissions. After five consecutive additions, it can be visually observed that black smoke is significantly reduced or even completely eliminated