High purity oxides, nitrides, carbines and borides of aluminum or silicon can be filtered, dried, de-agglomerated out of lye, solvents and suspensions and mixed intensively.

amixon^® mixers and mixing-dryers are extremely abrasion-resistant and can process charges from 5 to 40,000 kg quickly and without contamination.

• Mixing and homogenizing - Fine-ceramics and powder metallurgy
• Gentle homogenizing or intensive mixing in the same device: doping of pigments, high temperature materials, superconductors; ceramic powder as dielectric for capacitors.
• Dispersing and desagglomerating - Fine-ceramics and powder metallurgy
• Pigment distribution in raw mixtures and glazes; Dispersing and doping of Al or Si oxides, nitrides, carbides and borides under clean room conditions.
• Coating - Fine-ceramics and powder metallurgy
• Coating of metal particles:
  • xs < 0.1 µm with nano-powder
  • xs < 10-3 µm coating of agglomerates with films and glazes
• Mixing-drying and reaction control - Fine-ceramics and powder metallurgy
• Drying of aqueous, alcoholic or other solvent suspensions through vacuum excitation and temperature control.
• Agglomeration

Applications in the powder metallurgy and fine ceramics industry:

• Powder metals, tungsten / tungsten carbide, silicon carbide
• Engineering ceramics, dental ceramics, technical ceramics
• Engobes and glazes
• FE powder / iron powder
• Sintered metal powder, powder for laser sintering
• Metal powder for 3D printing