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  • The Art of High Shear Mixing
    The high-shear rotor/stator mixer (HSM), once relegated to a relatively narrow niche of mixing applications, has become a mainstay in many applications in the chemical process industries (CPI). The ability to apply intense shear and shorten mixing cycles gives these mixers broad appeal
  • Mixing NanoCeramics and Other NanoMaterials
    and not very dusty. The SLIM system can be an appropriate solution. Even with a. "pearls" are actually bundles of nanotubes, and the mixing objec-. strong vortex generated by a top-mounted mixer in an open. tive is to detangle the strands and disperse them in the liquid vessel, some powders--such as fumed
  • Mixing of Sterile Ingredients
    sterile or cleanroom conditions - for example injectables and vaccines - present different challenges, especially regarding product sterilization. For these products, mixing would normally take place before sterilization but there are instances where post-production sterilization is impossible
  • A Quest for Clean Mixing
    is achieved by utilizing a change-can. design mixer. With multiple vessels, one mix can could be at the loading stage, another. under the mixer, another at the discharge step and yet another at the clean-up stage. The. change can design is available for most mixing systems up to 750 gallon capacities
  • Vacuum Mixing Techniques (.pdf)
    Mixing under vacuum has a direct impact on end-product performance. Studies show that processing under vacuum reduces porosity and unbound particles. Reducing the number of pores leads to remarkable improvements in strength and fatigue life. By definition, vacuum refers to space absolutely devoid
  • The Advantages of Mixing Under Vacuum (.pdf)
    helpful when the batch material. becomes so thick that it is not in continuous contact with the vessel wall ­. and no longer transferring heat through the vessel wall to the cooling fluid. Finding the right vacuum mixing system - a three-step process. 1. Define all your process parameters in detail
  • Graceful Scale Up of Mixing Systems
    of pursuing a semi-continuous process is to utilize a change can design. mixer. With multiple vessels, one mix can could be at the loading stage, another under. the mixer, another at the discharge step and yet another at the clean-up stage. The change. can design is available for most mixing systems
  • A Guide to Conducting Successful Mixing Trials (.pdf)
    could be a huge opportunity for improving. mixing efficiency. You may find that adding solids sub-surface using a high speed. induction device works better for your process than dumping a whole bag into the mix. vessel or adding powders scoop by scoop through a feed port. In the preparation of pastes

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