Oemeta MICROTOL EC 32

Synthetic Ester Technology
Formulated with high-purity synthetic esters that provide strong lubricating film performance and high flash points for demanding steel and stainless-steel operations.

Heavy-Duty Capability
Reinforced with high-performance EP additives for thread cutting, deep-hole drilling, and medium-duty forming applications such as stamping and bending.

Closed-Loop Compatibility
Designed to be self-emulsifying and compatible with the Oemeta HYCUT system. Overspray or residue on chips can be washed into the HYCUT coolant sump without creating typical tramp-oil concerns.

High Thermal Stability
Features low evaporation loss, with a Noack value of 7.3% at 250°C, helping maintain a consistent lubricating film at elevated cutting temperatures.

Optimized Aerosol Behavior
Designed to produce a uniform spray pattern with minimal misting, helping direct lubricant toward the tool tip rather than into the surrounding shop air.

Clean Residue Profile
Leaves a minimal oily film that provides temporary corrosion protection and can be removed easily with mild aqueous cleaners.

The Power of Esters for MQL
Oemeta MICROTOL EC 32 bridges the gap between dry machining and flood cooling for ferrous metals. With a kinematic viscosity of 32 mm²/s (at 40°C), it provides the necessary "cushion" and lubricity for machining titanium, stainless steel, and gray cast iron. Unlike fatty alcohols (FA series) which evaporate, the EC series leaves a persistent film that protects the tool during interrupted cuts and heavy chip loads.

System Integration and Economy
A key advantage of the EC 32 formula is its synergy with the Oemeta ecosystem. Because it is emulsifiable, parts can be cleaned using standard water-based washers, and the runoff can often be recycled into the central coolant system (if using HYCUT), turning a waste stream into a valuable resource. This "self-cleaning" property eliminates the sticky residues often associated with vegetable-based MQL oils.