Oemeta OEMETOL 720 Y

• Advanced Yellow Metal Buffering: Specifically engineered with active inhibitors to prevent oxidation, discoloration, and "verdigris" formation on brass, bronze, copper, and sensitive aluminum alloys.
• High Film Strength for Bar Stock: The 22 mm²/s viscosity is optimized for bar stock ranges over 1/4", providing the robust lubrication layer needed for heavy turning and milling operations.
• Superior GTL Safety Profile: Based on Gas-to-Liquid technology, resulting in an odorless, low-mist, and transparent fluid that allows for full visual inspection of the machining process.
• Selected EP/AW Additives: Reinforced with Extreme Pressure and Anti-Wear additives to deliver excellent lubrication, resulting in long tool life even during high-productivity runs.
• Low Evaporation Loss (Noack): Features high thermal stability with a low Noack volatility (21.8% at 250°C), significantly reducing oil consumption and maintaining a cleaner shop atmosphere.
• Exceptional Foam Behavior: Engineered for high-pressure delivery systems (1000 PSI capable) with very good air release characteristics to prevent thermal fluctuations at the tool tip.
• Clean & Sustainable Chemistry: Completely 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.