Oemeta NOVAMET 910 B

• Reinforced Biostability: Specifically formulated to be more robust against microbial growth than standard variants, extending fluid life in challenging shop environments.
• Boron & Formaldehyde-Free: Maintains a modern, "label-free" chemical profile to ensure high operator compatibility and simplified environmental compliance.
• Titanium & Aluminum Specialist: Optimized for the high mechanical and thermal loads of titanium, stainless steel, and aluminum alloys, protecting sensitive surfaces from staining.
• Heavy-Duty Process Capability: Delivers the film strength required for extreme-pressure operations, including deep-hole drilling, reaming, and high-torque tapping.
• Superior Washing Activity: High-detergency esters keep machine interiors and workpieces clean, efficiently flushing away fines to prevent "sticky" residue buildup.
• Excellent Residue Behavior: Engineered to leave a soft, protective film that maintains machine tool precision and makes secondary cleaning processes effortless.
• Central System Reliability: Exceptional aging stability makes it the primary choice for large-scale central systems where consistent performance is critical for throughput.

Unified Production Strategy
Oemeta NOVAMET 910 B 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 titanium and aerospace aluminum on the same line without fluid changes. Its balanced semi-synthetic engine provides the lubricity required for tapping while maintaining the enhanced stability necessary for large central systems.

The "B" Designation for Biological Resilience
The "B" in NOVAMET 910 B signifies a formula refined for maximum stability. By combining a high-purity synthetic performance engine with an advanced biostability stabilizer, Oemeta has created a fluid that bridges the gap between clean chemistry and extreme-load endurance. Its ability to remain chemically and biologically intact even under high-shear conditions leads to predictable tool life and significantly reduced total cost of ownership.