POWDER AND PARTICLE PROCESSING – MachineRange – Particle Design & Nano Technology Through extensive research and development, Hosokawa has developed a new nanotechnology product portfolio featuring the latest product advances. The aim of Hosokawa has been to develop particle modification technologies which will increase customers’ product values by improving and adding functionality. Current technologies available for the manufacture of functional nanopowders are dispersion, mixing (normal, ordered or precision), coating, fusion, reactions (solid-solid surface), Mechano Chemical Bonding (MCB), shape control, agglomeration, nanogrinding, drying from nanoslurries and the measurement techniques employed in evaluating these materials. These technologies not only produce added value materials, but can also lead to process improvements by reducing process steps and energy costs. To open our PDF files you need Adobe Acrobat Reader 5.0 or higher. Please download from Adobe's website www.adobe.com free of charge a new version.   Mechano Chemical Bonding (MCB) Nano particle composite Doping and Synthesis NANOCULAR Nano-particle composite production system   Composing Surface coating for sintering control Increasing active interface of Nano powder Enhanced electrode with conductive and affinity materials Embodying additives to mother particle Color mixing on an individual particle Dispersion of nano drug onto micron carrier particle precision mixing and fine particle MECHANOFUSION MechanoFusion System NOBILTÀ Powder processor for precision mixing and fine particle composite production   Agglomeration Improving powder handling by bigger particle size or additives Additional coating of functional material AGGLOMASTER Multi-functional agglomeration   Spheronisation Improving packing density and flow properties by spherical shape FACULTY Multi-functional processing unit for particle design   Micronising Mechanical production of submicron and nano particles by wet grinding 90 AHM Laboratory agitated ball mill Download the brochures here. For further information please contact via E-Mail: nano@alpine.hosokawa.com