Oemeta OEMETOL 715

• Premium GTL Base Technology: Synthesized from natural gas to be virtually free of aromatics, nitrogen, and sulfur, offering superior aging resistance and a crystal-clear appearance.
• Industry-Leading Flash Point: Features a flash point of 414°F (212°C)—significantly higher than comparable mineral oils (and even other GTLs)—providing maximum fire safety in high-pressure oil systems.
• Universal Material Compatibility: Unlike the ferrous-focused "EP" series, OEMETOL 715 is engineered to be non-staining and safe for yellow metals (brass/bronze) and sensitive aluminum alloys, while still handling tough steels.
• Heavy-Duty Film Strength: The ISO VG 15 weight provides a robust lubricating cushion that protects tools during heavy chip loads (milling/turning) where lighter oils might fail.
• Low Evaporation & Misting: Demonstrates exceptional emission control with ultra-low Noack volatility, keeping the shop atmosphere clean and reducing fluid consumption.
• Excellent Air Release: Optimized for high-velocity coolant systems (1000+ PSI) to prevent micro-bubbles and foam, ensuring consistent cooling at the cutting edge.
• High Viscosity Index: Maintains its viscosity across a broad temperature range, ensuring stable lubrication during cold starts and high-heat production runs.

The Universal Standard for Swiss Machining
Oemeta OEMETOL 715 is the "Swiss Army Knife" of GTL oils. With a kinematic viscosity of 15 mm²/s (at 40°C), it hits the perfect "sweet spot" for sliding headstock (Swiss) machines: thin enough to flow rapidly through guide bushings, yet thick enough to provide hydrodynamic lubrication during heavy turning and milling cuts. Its GTL base ensures that it remains clear and odorless, allowing operators to inspect the workpiece without interrupting the cycle.

Safety and Sustainability
By replacing standard mineral oils with OEMETOL 715, shops can often reduce fluid consumption by up to 50% due to lower evaporation rates. The extraordinarily high flash point (212°C) offers a critical safety margin for "lights-out" manufacturing, where fire suppression reliability is paramount.