High Lubricity Cutting Oil To Reduce Tool Wear Featuring Pour Point Less Than Or Equal To Minus 25 Degrees Supporting Machining

MQL Cutting Oil is a high-performance lubricant and coolant specifically engineered for modern machining processes. This advanced formulation delivers exceptional lubrication while providing effective cooling, making it essential for precision manufacturing operations requiring optimal efficiency and performance.

The high flash point above 150°C ensures superior safety in high-temperature machining environments while indicating excellent stability and oxidation resistance. The extremely low pour point of ≤-25°C maintains fluidity in cold conditions, preventing solidification and ensuring consistent application across diverse geographical locations.

Engineered with low viscosity specifically for Minimum Quantity Lubrication (MQL) systems, this cutting oil facilitates fine atomization for precise delivery to the cutting zone. This precision application reduces lubricant consumption, minimizes waste, and decreases environmental impact by limiting excess oil mist and residue.

Datk MQL Cutting Oil is specifically designed for Minimum Quantity Lubrication machining processes across multiple industries including automotive manufacturing, aerospace, mold making, and general metalworking. The formulation excels in precision operations such as turning, milling, drilling, and grinding of various metals including steel, aluminum, and titanium.

Ideal for automated CNC machining centers, this cutting oil provides controlled lubrication while reducing environmental impact through minimal quantity application. The transparent yellow appearance allows operators to easily monitor application and maintain optimal machining conditions.

Datk offers customized MQL Cutting Oil solutions tailored to specific machining requirements. Our non-emulsifiable emulsion type ensures consistent application without dilution concerns. Suitable for the -10°C to 150°C temperature range, these customized formulations support environmentally friendly and cost-effective machining processes while delivering high lubricity and effective cooling performance.

The dual functionality as both lubricant and coolant reduces friction between cutting tools and workpieces, preventing tool wear while dissipating heat to maintain dimensional accuracy and superior surface finish quality. This balanced performance supports higher cutting speeds, increased productivity, and improved machining outcomes across diverse industrial applications.