Oemeta NOVAMET 875

• Universal Material Compatibility: A true "all-rounder" engineered for superior performance on aluminum, steel, and stainless steel without risk of staining or corrosion.
• Bactericide-Free Safety: Formulated without formaldehyde-releasers or traditional bactericides, ensuring high operator skin compatibility and compliance with modern health standards.
• Heavy Tapping & Deep-Hole Capability: Despite being a semi-synthetic, it features a robust lubricity package that handles the high-pressure demands of threading and reaming.
• Exceptional Foam Control: Features excellent foaming behavior across various water qualities, making it ideal for high-pressure through-spindle coolant (TSC) applications.
• High Chemical Stability: Designed for extreme longevity, maintaining its property parameters over long service lives in both individual machines and high-volume central systems.
• Sulfur-Free Performance: Provides heavy-duty cutting support without the use of active sulfur, protecting sensitive alloys and reducing machine odors.
• Robust Corrosion Protection: Provides an effective protective film for workpieces and machine components, ensuring long-term rust prevention even in humid shop environments.

Unified Production Strategy
Oemeta NOVAMET 875 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 Versatile Machining Stability
Represents the pinnacle of multi-process fluid engineering. By eliminating sulfur and bactericides, Oemeta has created a fluid that bridges the gap between operator safety and extreme-pressure performance. Its unique emulsifier system ensures that it remains stable even under the high shear forces found in modern 5-axis machining centers.