Once the menu is open you can move between options with the arrow keys and select an option with the enter or space keys. Typeahead search is also available.
logo Go to Home Page

Particle Size Reduction for Chemicals/Rubber and Plastics

A cost effective way to achieve required particle sizes and production rates

Air Products’ PolarFit® cryogenic grinding solutions can help you grind more effectively and efficiently, particularly for heat sensitive or tough-to-mill materials. Our systems use liquid nitrogen to cool down a feed material prior to and/or during milling to either help prevent its melting or decomposition, and achieve embrittlement.

We have experience with many mill types and can provide or recommend a feed or conveying system. Whether you have an existing cryogenic or ambient milling system that you need to upgrade, or plan to install a new system, we can help.

Download PolarFit® Cryogenic Grinding Solutions for Efficient Size Reduction brochure

The Major Benefits of Cryogenic Grinding are:

  • Higher yield of particles in your target range
  • More uniform particle size distribution
  • Higher production rates
  • Improved product quality
  • Improved process safety due to the nitrogen inertness

From cryogenic services, industrial gas supply, to complete cryogenic systems, you can rely on Air Products experienced engineers to help you find the best solution for your process.

Contact us

​PolarFit® Cryogenic Grinding Services

  • Cryogenic grinding consultancy
  • Liquid nitrogen/carbon dioxide supply/usage optimization
  • Cryogenic size reduction trials at Air Products’ testing facilities or at your site
  • Existing milling system technical assessment/improvements
EXPLORE SERVICES

Contact us to find out how Cryogenic Grinding can benefit you

CONTACT US

Ask the Expert

Jon Trembley

Technology Manager - Cryogenic Applications

“What equipment do I need to set up a successful cryogenic milling operation?”

A cryogenic milling operation is very similar to a normal, ambient grinding operation. It can be set up in many different ways, but the basic components may include: the mill, a cryogenic conveyor, liquid nitrogen flow controls, a liquid nitrogen supply system, and then other supporting equipment common to normal, ambient grinding operations.

Resource Center