ClearCut Cutting Oils ClearCut 110, 116, 119,
130, 117, 419, 502, 550
The Clearcut Cutting Oils are transparent, non-emulsifiable metal cutting
and forming oils. Each grade has performance properties which will provide high
production rates, optimum tool life and quality finishes with the types of metals
and machining or other operations where it is recommended.
Features and Applications
General Purpose Cutting Oils containing Active Sulfur
Clear Cut 110 --for machining of carbon and alloy
steels in the low end of the ductile (low carbon content) steel range and having
high anti-weld protection.
Clear Cut 116 --for machining of medium-carbon
content carbon and alloy steels in the low combination range with an excellent
balance of anti-weld and anti-wear properties.
Clear Cut 119 --for machining of steels in the
middle and upper combination range.
Clear Cut 130 --for machining of steel in the
abrasive range having maximum anti-wear properties. In addition, they can also
be used as an additive agent for increasing anti-wear properties in other cutting
Dual-Purpose Cutting Oil Inactive sulfur Ferrous and Non Ferrous Metals
Clear Cut 117 --for free-machining steels in the
relative machinability range above 90% and for machining copper and aluminum
alloys. It will not stain or corrode copper and can be used as the gear case
lubricant in multi-spindle automatic screw machines, eliminating cutting fluid
Heavy Duty Cutting Oil, Active Sulfur, Will stain non-ferrous
Clear Cut 419 --for deep-hole and gun drilling
and crush form grinding of all ferrous metals, including stainless steel grades.
Also used for automatic screw machines, abrasive belt finishing, tapping and
Non-Ferrous Metal Cutting and Honing Oils
Clear Cut 502 --for machining operations on all
aluminum, copper, brass and bronze where slower speeds but heavier feeds are
Will not stain Copper
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Clear Cut 550 --for machining all types of aluminum
and free-machining brasses and bronzes. It is a low viscosity, high cooling-rate
oil processing anti-wear properties necessary for long cutting tool life and
fine surface finishes. The high cooling rate permits close dimension machining
of non-ferrous metals at high surface speeds and light speeds.