Oemeta OEMETOL 720 Y

Advanced Yellow Metal Buffering
Formulated with active inhibitors to help reduce oxidation, discoloration, and verdigris formation on brass, bronze, copper, sensitive aluminum alloys, and other yellow metals.

High Film Strength for Bar Stock
The 22 mm²/s viscosity is suited for bar stock above 1/4 inch, helping provide a durable lubricating film for heavier turning and milling operations.

Superior GTL Safety Profile
Based on Gas-to-Liquid technology for a low-odor, low-mist, transparent fluid that supports clearer visibility of the machining process.

Selected EP/AW Additives
Reinforced with extreme-pressure and anti-wear additives to support strong lubricity and longer tool life during high-productivity machining.

Low Evaporation Loss
Features a Noack volatility of 21.8% at 250°C, helping reduce oil consumption and airborne emissions during elevated-temperature operations.

Exceptional Foam Behavior
Designed for stable performance in high-pressure delivery systems, including applications up to 1,000 PSI, with good air-release characteristics.

Clean & Sustainable Chemistry
Free of organic nitrogen, heavy metals, zinc, chlorine compounds, boron, biocides, and formaldehyde.

Precision Engineering for Non-Ferrous Alloys
Oemeta OEMETOL 720 Y represents the latest generation of machining oils designed to bridge the gap between heavy-duty film strength and surface-sensitive material protection. By utilizing a high-purity GTL base, Oemeta has eliminated the impurities (like active sulfur) found in conventional mineral oils that typically stain yellow metals. The result is a clear, durable product that ensures workpieces move to the next stage of production clean and free of abrasive fines.

Efficiency and Process Reliability
Shops and facilities choosing OEMETOL 720 Y benefit from a fluid that simplifies high-heat production. Its high flash point-to-viscosity ratio allows the process to be pushed harder and faster with less concern for fire risk, while its outstanding rinsing and chip-carrying capacity ensures consistent surface finishes on complex brass and copper components.