Oemeta FRIGOMET 81 N

• Crystal Clear Transparency: Oil-free and colorless formulation allows for unobstructed visual monitoring of the workpiece and tool during operation.
• Mineral-Oil-Free Performance: Eliminates oil-related smoke, mist, and sticky residues, significantly improving shop air quality and operator comfort.
• Sustainable & Safe Chemistry: Completely free of bactericides, silicon, and formaldehyde-releasing agents for a safer, modern workplace.
• Exceptional Rinsing & Wetting: High-efficiency flushing properties keep machine windows, fixtures, and workpieces clean and free of metal fines.
• Superior Foam Control: Engineered for excellent foaming behavior even in soft water conditions (starting at 10 °d), preventing pump cavitation in high-pressure systems.
• Rapid Tramp Oil Rejection: Instantaneously separates hydraulic and way oils for easy skimming, maintaining high fluid purity and extending sump life.
• Industrial-Grade Stability: Features extremely high chemical and physical stability, resulting in a significantly longer service life than traditional coolants.

Unified Production Strategy
Oemeta FRIGOMET 81 N solves the logistical complexity of ferrous machining for both agile job shops and high-volume facilities. By providing a dedicated, high-speed cooling solution for steel and gray cast iron, it enables plant-wide standardization on grinding and light milling operations. Its ability to reject tramp oil and resist foaming allows it to perform reliably in stand-alone machines as well as large central systems where maintenance efficiency is paramount.

Technological Strength and Ferrous Precision
Represents the pinnacle of oil-free synthetic technology for ferrous machining. Designed specifically to maintain tight tolerances, its colorless nature ensures that operators have a clear view of the machining process at every step. By eliminating mineral oil, it reduces fluid consumption due to optimal drainage behavior, combining strong cleaning performance with outstanding process security even under demanding production conditions.