Powderpro - freeze granulation, spray drying, granules, powders, nanotechnology

Freeze Granulation – The Way to Optimised Powder Processing!

References

Markets

PowderPro has sold equipments and services for Freeze Granulation to companies, institutes and universities in Asia, Europe, South Africa and North America. Representation in China, India, Japan, Korea, and USA. Typical applications are for granulation of ceramic powders; oxides (Al2O3, ZrO2, SiO2), nitrides (Si3N4) and carbides (SiC) and also metal oxides, nanopowders, diamonds/CBN, explosives (ignitors, delay elements) and  for drying of pharmaceuticals and drygs and for drying of biomaterials like proteins and enzymes and fine chemicals.

Scientific papers

Listed below are some scientific papers from PowderPro and SCI showing the benefits with Freeze Granulation for the manufacturing of engineering ceramics.

  • Improving Powders with Freeze Granulation, Ceramic Industry, April, 40-44, 2003.
  • Si3N4 Powders Applied for Water-Based DCT, Ceramic Transaction 142, 44-62, 2003.
  • Development of Water-Based Processing of Silicon Nitride Materials, Ceram. Eng. Sci. Proc., 23 (3) 3-10, 2002.
  • The Influence of the Granule Structure on the Strength of Pressed and Sintered Si3N4, Sixth ECerS Conf., Ext. Abs. Vol. 2, 1999.
  • Freeze-Granulation of Liquid Phase Sintered Silicon Carbide, Ceramic Transactions 42, 1994.
  • Granulation of Ceramic Powders for Pressing by Spray-Freezing and Freeze-Drying, Euro-Ceramics II, Vol. 1, 1993.

  

Papers - Download


Improving_Powders_with_Freeze_Granulation_copy.pdf

1.3 M

Si3N4_powders_applied_for_water-based_DCT.pdf

1.9 M

Development_of_water-based_processing_of_silicon_nitride_materials.pdf

1.0 M

The_influence_of_the_granule_structure_on_the_strength_of_pressed_and_sintrered_Si3N4.pdf

309 K

Freeze_granulation_of_liquid_phase_sintered_silicon_carbide.pdf

867 K

Granulation_of_ceramic_powders_for_pressing_by_spray-freeze_and_freeze-drying.pdf

680 K

Pressing_and_sintering_developments_of_Freeze_Granulated_Si3N4_materials.pdf

0.9 M