Oemeta NOVAMET 910

Boron & Formaldehyde-Free
Formulated without boron or formaldehyde-releasing agents for a cleaner chemistry profile that supports operator skin compatibility and modern health requirements.

Specialized Material Buffering
Includes added buffering to help protect sensitive aluminum alloys and yellow metals from staining or corrosion during machining.

Heavy-Duty Process Capability
Provides lubricity and cooling support for demanding operations such as deep-hole drilling, reaming, and high-torque tapping.

Exotic Alloy Specialist
Optimized for the high thermal and mechanical loads associated with titanium and high-alloy stainless steel machining.

Superior Washing & Rinsing Power
High-detergency properties help flush fines away from machine interiors and workpieces while reducing sticky residue buildup.

Maximum Chemical Stability
Built for long service life in both stand-alone CNC machines and larger central systems, helping maintain stable operating properties over time.

Excellent Residue Behavior
Leaves a soft, non-tacky protective film that supports easier parts handling and smooth machine tool movement.

Unified Production Strategy
Oemeta NOVAMET 910 solves the logistical complexity of mixed-material production for both agile job shops and high-volume facilities. By bridging the gap between ferrous and non-ferrous performance, it enables plant-wide standardization—allowing operators to machine aluminum and stainless steel on the same line without fluid changes. Its balanced semi-synthetic engine provides the lubricity required for tapping while maintaining the cooling and stability necessary for large central systems.

The Benchmark for Clean Heavy Machining
Represents the pinnacle of modern, water-miscible fluid technology. By eliminating boron and formaldehyde, Oemeta has created a fluid that bridges the gap between operator safety and extreme-pressure performance. Its balanced wetting properties ensure that heat is dissipated rapidly from the cutting zone, which is critical for maintaining tool integrity during the long cycle times typical of titanium aerospace components.