58B508 - Coolcut Syn Neo HP Synthetic Grinding Oil 200L Drum

Premium Synthetic Grinding Oil for Precision Manufacturing

The Walter Coolcut™ Syn Neo HP is a state-of-the-art cutting oil engineered specifically to meet the rigorous demands of high-performance grinding operations. Supplied in a substantial 200-liter drum, this fluid is an essential asset for large-scale industrial facilities focused on precision and efficiency. Unlike traditional mineral-based oils, Coolcut™ Syn Neo HP is formulated using advanced synthetic hydrocarbons. This synthetic base provides a uniform molecular structure that delivers consistent performance, exceptional thermal stability, and resistance to oxidation, making it ideal for long-term use in central systems or standalone machines.

One of the primary challenges in grinding—particularly in carbide tool manufacturing—is managing heat generation while maintaining the porosity of the grinding wheel. Excessive heat can damage both the workpiece and the wheel, while clogged pores reduce cutting efficiency. This oil addresses these issues with a low-viscosity formula that penetrates deep into the cutting zone, flushing away fines and ensuring optimal cooling. Its superior air separation properties prevent foaming, ensuring that the fluid remains in constant contact with the workpiece for reliable thermal management.

Operators will appreciate the clear and nearly colorless nature of the fluid, which allows for unobstructed visibility of the grinding process. Beyond visibility, the formulation is designed to minimize "drag-out"—the amount of fluid carried away by chips and parts—thereby reducing consumption rates and operational costs. By preserving the free-cutting action of the wheel, Coolcut™ Syn Neo HP extends the intervals between dressing cycles, prolonging the life of expensive abrasives and maximizing machine uptime.

Key Industrial Benefits

• Extended Tool Life: Reduces wear on grinding wheels, lowering consumable costs.
• Enhanced Surface Finish: Superior lubricity prevents micro-cracks and thermal damage.
• Operational Efficiency: Low foaming and rapid air release support high-speed operations.
• Cost Effective: Low evaporation and minimal drag-out mean less fluid top-up is required.