Thanks to its good long-term stability and high resistance to fungi and bacteria, it requires much less care over the entire service life. High-performance cooling lubricant concentrate HPC VEG has very low evaporation losses (formation of mist) due to the special formulation. Mixed with water, high-performance cooling lubricant concentrate HPC VEG produces a finely dispersed emulsion with high stability, excellent corrosion protection and a very low tendency to foam. The emulsions are particularly resistant to micro-organisms and thus permit a long service life with little maintenance.

• High-performance cooling lubricant concentrate HPC VEG
• Optimum combination of washing and wetting
• Clean machine tools, high pressure absorption capacity, low evaporation losses
• Very kind to skin
• Optimum dirt carrying capacity, meaning reduced exposure to micro-organisms
• Moderate amount of cleaning and care required
• Ready-for-use emulsion can be easily filtered

Cooling lubricant for demanding applications, free of hydrochlorous acid, formaldehyde and boric acid. High-pressure additives prevent displacement of the lubricating film; it remains on the cutting tool in molecular concentrations even under the most severe loading.
High-performance cooling lubricant concentrate HPC VEG is a boric-acid-free, water-miscible cooling lubricant with excellent long-term stability, an outstanding rinsing effect and low foaming. Not a hazardous substance! (Boron-free and amine-free).
Clean machines and clear protective panels = high-performance cooling lubricant concentrate HPC VEG ensures a clean workplace. Thanks to its low tendency to foam, high-performance cooling lubricant concentrate HPC VEG can be used in areas with both very soft and very hard water. Suitable for grinding work and general-purpose machining of steel, high-alloy steels (titanium) and non-ferrous metals. High-performance cooling lubricant concentrate HPC VEG can also be used with internally cooled tools and high pump pressures. Shelf life: 12 months.

• Grinding of steels and non-ferrous metals: 5 – 7%
• Machining of steels and non-ferrous metals: 5 – 15%