58A707 - Walter Coolcut Syn Grind Synthetic Grinding Fluid - 20L Pail

High-Performance Synthetic Grinding Coolant

The Walter Coolcut Syn Grind (58A707) is a premium, water-miscible synthetic coolant engineered specifically to meet the rigorous demands of industrial grinding operations. Supplied in a 20-liter pail, this fluid is formulated to provide exceptional cooling and washing properties, which are critical for maintaining the integrity of both the grinding wheel and the workpiece. Unlike general-purpose machining coolants, Coolcut Syn Grind focuses on the unique needs of abrasive processes, where heat generation and wheel loading are primary concerns.

One of the standout features of this solution is its superior washing capability. In grinding applications, swarf and fines can quickly clog the pores of a grinding wheel, leading to glazing, increased friction, and burn marks on the material. Coolcut Syn Grind effectively flushes these particulates away, keeping the wheel sharp and free-cutting for longer periods. This characteristic significantly reduces the frequency of wheel dressing, thereby extending the life of your abrasives and improving overall process efficiency.

Visibility is another key advantage of this product. The fluid is completely transparent and colorless, allowing operators to maintain a clear line of sight to the contact zone. This is particularly beneficial for precision surface grinding and cylindrical grinding tasks where visual monitoring is essential. The formula is highly stable and resistant to bacterial growth, ensuring a long sump life and reducing the downtime associated with coolant changeovers. It is compatible with a wide range of materials, including ferrous metals (steel, stainless steel, cast iron), titanium, and even non-metallic materials like glass and ceramics.

Designed for versatility, Coolcut Syn Grind can be used in both individual machine sumps and large centralized coolant systems. Its synthetic nature means it provides excellent corrosion protection for machine components and workpieces without leaving sticky residues. By eliminating the need for extra lubricity additives typically required in oil-based fluids, it offers a cleaner, more manageable solution for modern machine shops focused on precision and cleanliness.