BTA Deep Cut Oils are designed for use in trepanning, deep-hole drilling, gun drilling single tube and double tube drilling. Available in three grades, these lights viscosity cutting oils leave a residue that resists rust and corrosion. Deep Cut Oils contain extreme pressure additives and unique lubricity additives to provide hydrodynamic and polar lubrication in the most difficult applications. BTA Deep Cut is ideal for use on both ferrous and nonferrous materials.
Advantages
Excellent extreme pressure and lubricity additives
Light viscosity
Superior chip removal
Improved finish
Excellent tool life
Provides excellent lubrications to machine tool
Oily residue resists rust and corrosion
BTA Deep Cut 1 Moderate-Duty A moderate duty, light viscosity cutting oil with sulfurized and chlorinated extreme pressure additives.
E-9901-55
55 Gallon Drum
E-9901-275
275 Gallon Tote
BTA Deep Cut 2 Heavy-Duty A heavy duty, light viscosity cutting oil with sulfurized and chlorinated extreme pressure additives designed for the most difficult operations.
E-9903-55
55 Gallon Drum
E-9903-275
275 Gallon Tote
BTA Deep Cut 3 Heavy-Duty, Non-Chlorinated A non-chlorinated heavy duty, light viscosity cutting oil with sulfurized extreme pressure additives.
E-9904-55
55 Gallon Drum
E-9904-275
275 Gallon Tote
BTA HD Additive Package The BTA HD Additive Package is a sump-side additive designed to increase the lubricity and extreme pressure properties of cutting oils. This package contains sulfurized and chlorinated extreme pressure additives that will improve your cutting operation.
BTA Deep Cut Oils are designed for use in trepanning, deep-hole drilling, gun drilling single tube and double tube drilling. Available in three grades, these lights viscosity cutting oils leave a residue that resists rust and corrosion. Deep Cut Oils contain extreme pressure additives and unique lubricity additives to provide hydrodynamic and polar lubrication in the most difficult applications. BTA Deep Cut is ideal for use on both ferrous and nonferrous materials.
