Chevron Bright-Cut® Metalworking Fluids are chlorine-free cutting oils for use in machining operations.
Benefits:
Bright-Cut Metalworking Fluids deliver value through: Excellent antiweld performance, optimal tool life and exceptional surface finish without chlorine and with minimal amounts of sulfur and fat. Clear, light color allows operator to see the machined part during the cutting operation. Minimal odor -- Does not have the strong sulfur smell characteristic of conventional cutting oils, resulting in a more pleasant work environment. Chlorine-free -- Minimizes the cost of disposal at the end of the fluid life. Outstanding thermal and oxidation stability -- For maximum fluid life, due to Group II base stocks found in NM, AM and AH grades. Minimal misting and smoking promoting a safe work environment -- The thermal stability and low volatility of the Group II base stock and the use of an effective mist suppressant minimizes worker exposure to cutting oil mist and vapor. Multipurpose performance -- The nonstaining cutting oils are formulated to serve as the cutting oil, hydraulic fluid and machine lubricant to help eliminate the problem of machine lubricants contaminating the cutting oil.
Areas of Consideration:
Service Classification: Heavy Duty, Active
Applications:
Do not use Bright-Cut® Metalworking Fluids in high pressure systems in the vicinity of flames, sparks and hot surfaces. Use only in well ventilated areas. Keep container closed. The severity of the machining operation and the machinability of the metal are the criteria for selecting the proper cutting oil. Bright-Cut AH Metalworking Fluid Service Classification: Heavy Duty, Active Provides excellent performance for a wide range of applications. It is suitable for machining tough alloy steels and stainless steels. It is well adapted for broaching, threading, tapping and other difficult operations requiring a heavy duty oil for tool life and finish. This oil may be blended with Bright-Cut NHG Metalworking Fluid for less severe applications.
OEM Specs:
None Specified