Oemeta ADDITIV MG

Magnesium Discoloration Prevention
Specialized inhibitors help reduce staining or darkening on magnesium and aluminum alloys during machining and short-term storage.

Hydrogen Gas Minimization
Advanced chemistry helps suppress the reaction between magnesium and water, reducing conditions that can contribute to hydrogen gas buildup.

Sustainable & Clean Chemistry
Boron-free, bactericide-free, and silicone-free formulation supports operator safety and modern environmental requirements.

Mineral-Oil-Free Performance
Designed for use with the HYCUT system to provide lubricity without the residue profile associated with traditional mineral oils.

Superior Machine Hygiene
Strong rinsing and wetting performance helps keep machine interiors and workpieces cleaner by reducing sticky deposits and carrying away fines.

Enhanced Emulsion Longevity
Helps reduce salt buildup and stabilize pH through targeted additive replenishment, supporting longer fluid service life.

Rapid Tramp Oil Separation
Helps separate way oils and hydraulic fluids for easier skimming and cleaner long-term sump performance.

Technological Strength and Magnesium Safety
HYCUT CF 21 + ADDITIV MG is an advanced two-component metalworking fluid designed specifically for the demanding requirements of magnesium machining. Free from boron, formaldehyde, and mineral oil, it delivers excellent flushing and wetting behavior that keeps machines residue-free. Even in aggressive operations like deep-hole drilling, this system provides maximum process security by preventing discoloration of magnesium and aluminum alloys.

Safety and Process Stability
By utilizing the ADDITIV MG performance engine, manufacturers benefit from specialized chemistry that minimizes hydrogen formation—a crucial factor for safety when processing magnesium. The system provides exceptional foam control and corrosion protection while maintaining pH stability through additive replenishment. Outstanding tramp oil separation and optimal draining performance ensure easy maintenance, long service life, and reduced consumption in high-volume production.