Colloidal Inorganic Molybdenum Complex NANO-MOLY 2040G

Product Overview

NANO-MOLY 2040G is a multifunctional additive composed of colloidal inorganic molybdenum, graphite, and other inorganic anti-wear additives. It exhibits a high decomposition temperature and excellent thermal stability, significantly reducing the coefficient of friction while delivering outstanding extreme-pressure, anti-wear, energy-saving, friction-reducing, and antioxidant properties. Under severe operating conditions such as high temperature and high pressure, the graphite and other components—characterized by a layered hexagonal microcrystalline structure—arrange themselves in an orderly fashion on metal surfaces, forming a dense chemical reaction film. Through synergistic interactions among its constituents, it markedly enhances the wear‑resistance protection of gears and bearings, simultaneously repairing the friction‑pair surfaces and providing long‑lasting, stable low‑friction performance. With its small particle size, easy dispersibility, odorless formulation, and superior high‑temperature resistance, this product boasts exceptional environmental friendliness, effectively extending the service life of bearings and gears. It is particularly well suited for heavy‑load, demanding lubrication applications, including greases for large open‑gear drives, couplings, and roller presses. NANO-MOLY 2040G is widely incorporated into premium lubricating greases such as lithium‑based, complex lithium‑based, polyurea, complex aluminum‑based, and complex calcium‑sulfonate‑based formulations.

Performance Features

① Safe and non-irritating: odorless, non-irritating to skin and eyes, non‑contact toxic, does not corrode metals, and complies with EU technical requirements for imported additives.

② High dispersion efficiency: It can be easily dispersed into grease without the need for homogenization, effectively improving production efficiency.

③ Multi‑functional lubricity: Exhibits excellent extreme-pressure, anti‑wear, friction‑reducing, and antioxidant properties, along with self‑healing capabilities, providing continuous and reliable lubrication protection for friction pairs.

④ Low-friction properties: Significantly reduces the coefficient of friction, delivering long-lasting, stable low-friction performance, thereby effectively minimizing energy consumption and temperature rise; particularly well-suited for heavy-load applications and harsh operating conditions.

⑤ Excellent inert compatibility: It does not disrupt the colloidal structure of greases and has no adverse impact on mechanical stability, colloidal stability, or other physicochemical properties. Even at relatively high loadings, it does not lead to buildup under lubricating conditions, making it suitable for high‑end greases such as polyurea, lithium‑based, complex lithium‑based, complex aluminum‑based, and complex calcium‑sulfonate‑based greases.

Scope of Application

It is suitable for high‑grade greases such as lithium‑based, complex lithium‑based, polyurea, complex aluminum‑based, and complex calcium‑sulfonate greases. It is recommended for lubricating heavy‑duty, severe‑service applications—including large open gears, couplings, and roll presses—as well as various bearings and gear‑driven mechanisms. Under high‑temperature, high‑pressure, and extreme‑pressure heavy‑load conditions, it effectively reduces the coefficient of friction, lowers energy consumption and temperature rise, and extends equipment service life.

Recommended dosage

Grease: 3%–30%

Packaging Specifications

20L plastic drum, net weight 18 kg per drum.

Technical indicators