Description

HEAVY LOAD LITHIUM COMPLEX MOLY GREASE

TEFLUBE MLC M series is a high-performance lithium complex grease formulated with 220, 460 & 680 cSt mineral base oils and fortified with molybdenum disulfide (MoS₂) to deliver exceptional load-bearing capacity, wear protection, and thermal stability. Designed for extreme conditions, it ensures smooth operation in demanding applications.

 

FEATURES & BENEFITS:

  • Extreme Pressure (EP) Protection – Reinforced with MoS₂ to prevent metal-to-metal contact under heavy loads.
  • Outstanding Thermal Stability – Lithium complex thickener ensures reliable performance in high-temperature environments.
  • Superior Wear Resistance – Reduces friction, extending component life in heavy-duty operations.
  • Water & Corrosion Resistance – Forms a robust protective layer to guard against moisture, oxidation, and rust. 
  • High Adhesion & Shear Stability – Stays in place, even in high-impact and vibrating conditions.

 

APPLICATIONS:

🔹 Heavy-duty industrial machinery (gears, bearings, pins, bushings)
🔹 Mining & construction equipment (excavators, loaders, dump trucks)
🔹 Automotive & off-road vehicles (CV joints, chassis, suspension)
🔹 Marine & aerospace applications
🔹 Steel, cement, and manufacturing plants

Property Test Method MLC 222 M MLC 460 M MLC 680 M
Base Oil Viscosity @ 40°C ASTM D445 220 cSt 460 cSt 680 cSt
NLGI Grade ASTM D217 2 2 2
Thickener Type Lithium Complex Lithium Complex Lithium Complex
Dropping Point ASTM D2265 >270°C >270°C >270°C
4-Ball Weld Load ASTM D2596 >315 kgf >400 kgf >500 kgf
Water Washout @ 79°C ASTM D1264 <5% <5% <5%
Worked Penetration (60 Strokes) ASTM D217 265-295 265-295 265-295
Operating Temperature Range -30°C to 200°C (Short-term: 220°C) -30°C to 200°C (Short-term: 220°C) -30°C to 200°C (Short-term: 220°C)


            These are typical figures and do not constitute a specification..

Reviews

There are no reviews yet.

Be the first to review “TEFLUBE MLC M SERIES”

Your email address will not be published. Required fields are marked *