Oemeta NOVAMET 910 B

Reinforced Biostability
Formulated for improved resistance to microbial growth, supporting longer fluid service life in demanding shop environments.

Boron & Formaldehyde-Free
Maintains a modern, label-conscious chemistry profile without boron or formaldehyde-releasing agents, supporting operator compatibility and environmental compliance.

Titanium & Aluminum Specialist
Optimized for the high thermal and mechanical demands of titanium, stainless steel, and aluminum machining while helping protect sensitive surfaces from staining.

Heavy-Duty Process Capability
Provides the film strength needed for demanding operations such as deep-hole drilling, reaming, and high-torque tapping.

Superior Washing Activity
High-detergency esters help keep machine interiors and workpieces cleaner by flushing away fines and reducing sticky residue buildup.

Excellent Residue Behavior
Leaves a soft protective film that supports smooth machine tool movement and easier secondary cleaning.

Central System Reliability
High aging stability supports consistent performance in large central systems where reliable fluid behavior is important 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.