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Pilot Plant

Microwave Furnaces & Reactors

Mechanical Alloying

Powder Metallurgy & Metallic Processing

Mineral Processing

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Technical Ceramics

Hydrometallurgy

Polymeric Materials

Material Characterization & Analytical Services

Capabilities Summary

Powder Metallurgy Processing for Innovative Materials

Rapid, High Pressure Hot Isostatic Pressing (HIP)

Controlled Atmosphere (Inert) Powder Processing

CastCon Near-net-shape Powder Processing

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Casting

Mechanical Alloying

Material Characterization

Materials Science & Engineering Labs

Powder Metallurgy Processing for Innovative Materials

Controlled Atmosphere (Inert)
Powder Processing

Inert Handling Facility

Controlled Atmosphere System Including:

  • Solvent dryer
  • Attritor
  • Slurry Blender
  • Residual gas analyzer (mass spectrometer)

Ability to prepare and process materials in an argon atmosphere.
Typical oxygen and moisture levels less than 1 ppm.
Can customize process to meet your needs.

Glove Boxes:

Glove Box 1

Controlled Atmosphere
Inert Processing Glove Boxes

Box 1 of the inert processing system is an argon glove box with a Union Process 01-HD Attrition Mill housed within to allow inert milling of materials. The Attrition Mill has a variable speed drive, powered by a 1/4 hp explosion proof motor with a jacketed 1400 cc capacity tank for cooling or heating from a Haake K-11 cooling/heating unit installed.



Glove Box 2

Inert Processing Glove Boxes
view from opposite side

Box 2 holds a Carver 25 Ton, 4-Post press that can be used in conjunction with a vacuum canning system for processing HIP samples.



Glove Box 3

Inert Processing System
Vacuum Furnace

Box 3 is set up with an inert atmosphere for the welding of steels, stainless steels, copper and even aluminum with little or no visible oxidation. Box 3 also allows inert access to the vacuum furnace.



Single Glove Box Inert Processing System:

IMP also has an independent single glove box system. Both of the IMP Inert Processing Systems are Argon driven. They have oxygen and moisture analyzers running to evaluate the condition of the atmosphere. The Systems typically run at less than one part per million oxygen and moisture.

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