Oemeta SLIDE WAY OIL #2

• Superior Vertical Adhesion: The optimized ISO VG 68 viscosity is reinforced with special tackifiers to resist gravity, ensuring a continuous protective oil film is maintained on vertical ways without running off.
• Advanced Stick-Slip Elimination: Formulated with specialized friction modifiers that ensure high-precision transitions between static and dynamic friction, preventing "chatter" and jerky movement at low feed rates.
• High Demulsibility (Coolant Separation): Specifically designed to separate rapidly from water-miscible coolants (HYCUT, NOVAMET), preventing "tramp oil" emulsification and reducing bacterial growth.
• Robust Wear & Corrosion Protection: Features a high-performance anti-wear (AW) package that protects expensive machine ways from scoring, galling, and corrosion.
• High Oxidation Stability: Engineered to resist aging and thermal breakdown, keeping internal oil ways and lubrication systems free of varnish and sludge.
• Precision Surface Finish: By eliminating micro-vibrations in the slideways, it directly contributes to superior surface finishes on the workpiece.
• System Compatibility: Rigorously tested to ensure no adverse chemical reactions occur when the oil interacts with Oemeta water-based metalworking fluids.

The Science of Load-Bearing Lubrication
Oemeta SLIDE WAY OIL #2 represents the benchmark for heavy-machine tool lubrication. In tribological design, the ISO VG 68 viscosity (68 mm²/s at 40°C) is the universal choice for vertical guideways where gravity causes lighter oils to migrate away from the friction zone. This oil ensures that even at high table loads, the hydrodynamic film remains intact, protecting the geometric accuracy of the machine tool.

Operational Reliability and Fluid Longevity
Controlling "tramp oil" is essential for modern shop productivity. Oemeta Slideway Oils are formulated with advanced demulsifiers that push the oil to the surface of the coolant sump. This allows for efficient removal via skimmers or coalescers, preventing the oil from becoming a food source for microbes and directly extending the service life of your metalworking fluid.