Halocarbon

Molybdenum Machining

Halocarbon offers high-performance metalworking fluids specifically designed for molybdenum machining applications. Engineered to provide exceptional thermal stability, chemical inertness, and lubrication, our products ensure precision, reduce tool wear, and improve surface finish during the machining of molybdenum. Halocarbon solutions support consistent performance and extended tool life in demanding machining environments.

Products for Molybdenum Machining

Halocarbon MWF10

Low Viscosity | Ready-to-Use Formulation Halocarbon MWF10 is a low-viscosity, lightweight PCTFE synthetic oil with...

Halocarbon MWF100

High Viscosity | Ready-to-Use Formulation Halocarbon MWF100 high-viscosity, synthetic PCTFE oil is designed strategically to...

Halocarbon MWF1000

Click here to download the SDS.  

Halocarbon MWF460

Click here to download the SDS.

Halocarbon MWF68

Click here to download the SDS.

Molybdenum Machining Insights & Resources

Explore our latest insights, resources, and success stories in molybdenum machining applications. Learn how Halocarbon products improve machining efficiency, reduce tool wear, and enhance the quality of machined parts.
Applications for Refractory Metal Metalworking Fluids

Applications for Refractory Metal Metalworking Fluids

Metalworking fluids for refractory metal operations are engineered synthetic fluids specially formulated to enhance and...
What to Look for In a Metalworking Fluid for Refractory Metals

What to Look for In a Metalworking Fluid for Refractory Metals

What Is a Refractory Metal Metalworking Fluid? A refractory metal metalworking fluid is an engineered...

Contact halocarbon

Corporate information

(470) 419-6364
customerservice@halocarbon.com

Corporate Headquarters

6525 The Corners Parkway, Suite 200
Peachtree Corners, GA 30092

Manufacturing Plant

1100 Dittman Ct
North Augusta, SC 29841

Please let us know how we can help you by filling out the form below and clicking submit. Our helpful staff will contact you in a timely manner.

Please enable JavaScript in your browser to complete this form.

Search