Products

Improve the fluidity of lubricating oils at low temperatures and lower the pour point (the temperature just before the oil solidifies).

We contract import agency agreement with them, then we can supply their products.
Vanderbilt Chemicals,LLC

Improve the low temperature fluidity of diesel oil and bunker A oil in winter.

Suppress wear on diesel fuel injection pumps in accordance with the reduction of the sulfur content in diesel oil.

Improve the low temperature fluidity of biodiesel fuels produced from waste cooking oil, etc.

Create an absorption film on the surface of metals such as iron and copper to protect the metal surface from coming in contact with water and oxygen in the atmosphere, preventing the occurrence of rust.

As a base for synthetic lubricating oils and greases, etc. suppress temperature-based viscosity changes and sludge formation.

Form a metal coating on metal surfaces, offering outstanding lubrication performance.
Improve the ability to decrease wear, significantly reduce the coefficient of friction, and prevent burning.

Prevent corrosion and protect metal surfaces from external corrosive substances and organic acids generated by the degradation of lubricating oils.

Acrylic paints, clear resins, plastics, and other materials.

Offer outstanding heat- and oxidation-resistance and maintain a liquid state for extended periods of time in high temperature environments.

Offer lubrication, cooling, cleansing, and other capabilities when machining metals.

Offer outstanding heat resistance, wear resistance, and oxidation stability as well as fire resistance and maintenance management characteristics.
We also provide a lineup of high performance products offering properties such as low viscosity and high flash point, ultra-low temperature fluidity, and high heat resistance.

Substances for adding pliability to a given material and for making working easier. Primarily used to make plastics more pliable, particularly polyvinyl chloride (PVC). Pliability can be freely controlled per the amount added, making it possible to adapt plastics to a wide range of uses.

Form a protective coating on metal surfaces, preventing direct contact between friction surfaces as well as metal surface adhesion, reducing wear.

Accelerates oxidation reactions in metal, forming a coating on metal surfaces, or reacting with metal dissolved in oil to transform it into inert compounds, mitigating effects on metal. Indirectly slows the degradation of lubricating oils, extending their life.

Improve lubricity by forming an oil film on metal friction surfaces, reducing friction and wear.

Prevent the oxidation of lubricating oils caused by oxygen in the atmosphere and suppress the formation of grime (varnishes, sludge) caused by oxidation.

Form a coating which protects metal surfaces from rust and corrosion.

Neutralize corrosive oxidation products formed via oil degradation. In addition, form a coating which protects metal surfaces from rust and other corrosion.

Substances for forming stable emulsions which are amphiphilic, being both hydrophilic and lipophilic. In general, amphiphilic chemical surfactants are frequently used.

Additives added to prevent foaming in liquids, or to eliminate foam which has formed.
A wide variety of antifoaming agents exist.

Colored substances used to color water and oils, etc. by dissolving them with a special solvent.

Modifiers for coatings, rubbers, tires, etc.

Enhance microbial treatment capabilities in water treatment. The activity of special microbes contained in the formulations reduces treated water COD and BOD while also enhancing the capability to respond to changes in load.