General Chemistry

Lubricant Additive

Formula: F=U*N GOST/CAS: GOST 33210-2014

Lubricant Additive (high-performance lubricant) is a specialized technological component serving as the primary active raw material for the production of industrial, motor, and transmission oils, as well as drilling fluids and metalworking fluids (MWFs). The product is a homogeneous liquid (or powder/granules, depending on the grade) featuring high thermal stability. Due to its ability to adhere firmly to metal surfaces and optimize the friction coefficient under extreme load conditions, this additive is indispensable for creating energy-saving lubricants, anti-friction coatings, and protective formulations for heavy industries.

Applications

Lubricant Manufacturing: Serves as a core component and additive package for synthetic, semi-synthetic, and mineral oils. Used for heavy-duty friction nodes, gearboxes, and internal combustion engines (ICE).

Drilling Fluids & Oil Production: Used in complex drilling fluid formulations to reduce torque and drag of the drilling string, prevent pipe sticking, and protect downhole equipment from wear.

Metalworking & MWFs: Included in metalworking fluid concentrates for rolling, stamping, and cutting processes to improve the surface finish and quality of machined parts.

Industrial Research: Applied as a reference friction modifier in tribological studies and in the development of innovative polymer and composite materials.

Key Advantages

High Anti-Friction Activity: The lubricant directly reduces the friction coefficient in mechanical joints, minimizing equipment energy losses. This allows mechanisms to operate smoothly even under boundary lubrication and extreme pressure (EP loads).

Stability and Purity: Manufactured under strict quality standards, ensuring minimal impurity content, excellent compatibility with base oils, and a stable viscosity profile.

Thermal & Anti-Corrosion Protection: Effectively protects metal surfaces from pitting, scuffing, and oxidation, neutralizes aggressive degradation products, and stabilizes the protective oil film at elevated temperatures.

Eco-Friendliness & Biodegradability: (Optional, if applicable) Fully biocompatible and safe component. Non-toxic, non-corrosive to equipment, and safe for the environment when disposed of properly.

Storage & Transportation

Industrial steel drums with internal polymer lining (200 L) / IBC totes (1000 L).
Small packaging in hermetic canisters of 5 L / 10 L / 20 L (for laboratory testing and pilot trials).

Frequently bought together

Bleaching clay

Potassium Hydroxide

Perlite

Technical Specifications

Appearance Homogeneous oily liquid, light yellow to amber (or white crystalline powder)

Molecular Weight / Density ~0.92 g/cm³ (at 20°C) (specify exact data)

Active Substance Content not less than 98.5%

Moisture Content no more than 0.5%

Flash Point (Open Cup) above 210°C

Kinematic Viscosity (at 40°C) 40–60 mm²/s (specify exact data)

Supply info

Store in dry, cool, and light-protected warehouse areas in tightly closed original packaging.
Recommended storage temperature range from -10 C to +35 C, away from open flames and heating appliances.
Avoid exposure to direct sunlight and moisture.
Transportation is permitted by all types of covered transport while maintaining the temperature regime. The material is classified as non-hazardous for transport (if applicable). Shelf life — 2 years.