Video of PerMix’s Horizontal & Vertical Paddle Mixers

PerMix has been manufacturing mixing and blending equipment since 1954 for the pharmaceutical, nutraceutical, cosmeceutical, food, and chemical industry. Did you know PerMix is actually one of the largest manufactures of blenders & mixers for any application? The chances are your answer was no. The reason for this is because our main base for business has been building sustainable brands for others under our OEM contracts we currently have with some of the largest brands known in the industry. What makes us so successful is our focus on sustainability through superior engineering. Our units are purposely over engineered to deliver superior performance, not just now for the current application, but for future applications. We know that being flexible and adaptable is key in creating a sustainable business as is superior customer service, support, and technology. This has made us a leader in the industry. Types of mixers / blenders we manufacture: * Ribbon Mixers * Sigma Mixer * Plow Mixers * Paddle Mixers * Fluidized Bed Mixers * V Blenders * Planetary Mixers * Homogenizers * Shear Mixers / Shear Pumps * High Speed Granulators * Bottom & Top Entry Mixers * Vacuum Mixers & Deaerators * Pressure & Vacuum Vessels with over 12 different types of agitation & much more...

PAM Vertical Paddle Mixers are efficient and versatile blending machines for batch mixing of free-flowing powders, granules, and pellets. PAM Vertical Paddle Mixers have been used widely in food, enzyme, cosmetics, fine chemicals, & pharmaceutical industries. Permix Vertical Paddle Mixers allow the material particles and ingredients to be mixed with minimal mechanical and thermal stress, which makes this type of mixer a good solution for fragile and heat-sensitive products. How it works PerMix PAM Vertical Mixers are designed with a single shaft with only one ribbon, but is able to provide a multi-dimensional movement of the materials. The ribbon inside the mixing vessel moves the materials upward from the bottom to the top, where the materials then drop by gravity into the center. This generates a good counter flow of the product particles. The ribbon design ensures that the linear speed of the particles are different from here to there,which results in a turbulence flow field. During this continuous operation, material particles and heat are exchanged quickly which leads to a homogeneous product. A…