Chemetall introduces Tech Cool 35052CF, a Generation V high performance semi-synthetic metalworking coolant. Tech Cool 35052CF combines ultra-high lubricity characteristics required for aerospace and medical device alloys with green chemistry technologies. The result is reportedly exceptional emulsion stability, outstanding sump life without odors, extended tool life, low foam levels, excellent corrosion resistance and significantly lower operational costs. This is achieved without the use of chlorinated or sulfur based EP additives, and without bactericides, DCHA or secondary amines. Tech Cool 35052CF is completely free of formaldehyde releasing compounds.

"Tech Cool 35052CF complements our family of high performance semi-synthetic coolants," said Julia Murray, Vice-President of Technical Marketing. "When you make a real commitment to innovation, and listen to what your customers require, the results can be profound. We now have a chlorine free offering, suitable for the most challenging substrates, to complement our original Tech Cool 35052 chemistry."

Ideal for Titanium, high nickel alloys and stainless steels, and fully compatible with aluminum and brass in addition to all ferrous substrates, Tech Cool 35052CF is the ideal solution for the most challenging metal removal operations. From grinding to broaching, milling to drilling, Tech Cool 35052CF is the ideal product for central systems and stand alone machines.

The stability of the micro-emulsion technology is the essence of the Tech Cool product line. The ability to reject tramp oils, allow for effective coolant recycling programs, generate drier chips that are easier to separate, and dramatically reduce residues on both the parts and the tooling are just some of the exceptional benefits of the Tech Cool 35052CF. Tech Cool 35052CF is very low foaming, without the use of silicone defoamers, and is suitable for high pressure, high speed systems, even in low hardness water. Stable in 1,200 ppm water hardness, Tech Cool 35052CF is the versatile product of choice when performance and economics is required.