Oemeta HYCUT CF 21

• Two-Component Precision: Allows for the independent adjustment of oil concentration and additive levels, providing perfect adaptation to diverse materials and processes.
• 100% Mineral Oil-Free: Based on sustainable synthetic ester oils that offer significantly higher lubricating performance and flash points than petroleum-based products.
• "One-For-All" Process Integration: Compatible across the entire HYCUT range; components machined with HYCUT neat oil can move to HYCUT emulsion without intermediate washing.
• Superior Tramp Oil Rejection: Emulsifiers are optimized strictly for ester oils, causing mineral tramp oils to float for easy removal and preventing "emulsion poisoning".
• Exceptional Flushing Activity: High washing performance keeps machine interiors, tools, and workpieces remarkably clean while facilitating rapid swarf removal.
• Low Consumption Engineering: Outstanding drainage characteristics ensure the fluid drains quickly from parts and chips, minimizing drag-out losses and operational costs.
• Multi-Metal Safety: Formulated to be boron-free and biocide-free, making it safe for sensitive alloys including aluminum, stainless steel, and nickel-based alloys.

The Core of Multifunctional Machining
Oemeta HYCUT CF 21 represents a paradigm shift in fluid technology. By utilizing synthetic, saturated ester oils, it provides a high level of aging stability and a service life that can extend for several years in central systems. With a kinematic viscosity of 51 mm²/s (at 40°C), it delivers the film strength required for heavy-duty operations while remaining completely non-foaming even in soft water conditions.

Economic Efficiency and Human Compatibility
The HYCUT system is recognized for its high level of human and environmental compatibility, being biodegradable and label-free. Because additive content remains constant regardless of oil concentration, it offers very good skin compatibility. This system allows for the recycling of cleaners back into the emulsion, virtually eliminating the need for separate waste streams and significantly reducing disposal costs.