High-Speed Grinding Oil for Improved Operation
Oelheld鈥檚 high-speed grinding oil, ToolGrind T600, is manufactured from high-quality base oils with improved viscosity and temperature characteristics, and low misting and aromatic content, the company says.
Share





Oelheld’s high-speed grinding oil, ToolGrind T600, is manufactured from high-quality base oils with improved viscosity and temperature characteristics, and low misting and aromatic content, the company says. The oil is fortified with efficient additives, enabling it to perform under high pressure, and its active agents promote cooling, wetting and lubrication. The non-toxic additives are free from chlorine, silicone and heavy metals.
According to the company, the oil keeps the grinding wheel clean and free of debris during operation while also reducing wheel force, workpiece temperature and grinding wheel wear. The oil does not foam, and its low viscosity is said to promote good flushing and cooling. The ToolGrind T600 reduces workpiece corrosion and is suitable for most filtration systems. The operative range covers a variety of high-speed grinding operations, including profile, groove and surface grinding with cubic boron nitride (cBN), diamond or silicon carbide wheels. The oil is suitable for many conventional metals, including hard metal and high-alloy steel.
Related Content
-
The Keys to Combining High- and Low-Volume Production
Process expertise and precise production planning enable the Kinetic Company to produce both high- and low-volume jobs requiring machining, grinding, heat treatment and other processes.
-
Chevalier Rotary Surface Grinders Provide Efficient Production
The FRG-400/600S Series is designed for heavy loads and is fully enclosed for CNC rotary surface grinding.
-
How Precision Blanks Help This Aerospace Shop Build Better Parts
Internal stress in thin metal parts can lead to warped components and scrapped work. Matrix Machine found a better way by sourcing precision-ground blanks from TCI Precision Metals. Here’s how that decision freed up capacity and made critical parts more predictable.