Static Mixer |
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Helical Static Mixer |
HSM High Shear Mixer |
Helical Static Mixer Rods |
Wafer Type Static Mixer |
Fin Type Static Mixer |
Gas Mixer |
   Heat Exchanger |
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SM Type Heat Exchanger |
   Desuperheater |
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Venturi Type Desuperheater |
   Ejector Air/Steam/Liquid |
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Steam, Sump, Liquid, Air Ejector |
   Eductor/Jet Mixer/Venturi |
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Jet Mixing Eductor |
   Turbo Dryer |
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Wyssmont Turbo Dryer |
   Evaporation and Distillation |
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Falling Film Evaporator |
Rising Falling Film Evaporator |
Forced Circulation Evaporator |
Distillation System |
   Powder Blending |
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Powder Blending |
   Thermal Processing |
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Direct Dryers |
Purge Vessel |
Fluid Bed Dryer |
PCX Dispersion Dryer |
Solidaire |
TorusDisc |
Indirect Dryers |
Solidaire |
TorusDisc |
Thermascrew |
Continuator |
   Size Reduction |
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Block Grinding |
Rubber Chopper |
Extructor |
Coarse Grinding |
RA/RP Disintegrator |
RD Disintegrator |
RI Disintegrator |
Fine Grinding |
Pulvocron |
   Agglomeration and Compaction |
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Pressure Agglomeration |
Briquetting/ Granulating System |
Tumbling Agglomeration/Mixing |
Turbulizer |
Extrusion Agglomeration/Mixing |
Extrud-o-mix |
   Solid Liquid Separation |
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Screw Press |
   Mixing and Blending |
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Hydramix |
Ribbon Blender |
Wet Cake Feeder |
Turbulizer |
Extrud-o-mix |
   Fire Safe Valves |
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Fusible Link Assemblies | Re-settable Emergency Block Valve | Deadman Handles & Valve Packages |
   Fabricated Equipment |
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Fabricated Equipment |
Manufactured by Bepex International LLC, USA
The Hydramix consists of twin intermeshing paddle rotors operating at different speeds in a covered trough. In hydration applications, liquid is injected through nozzles located near the feed inlet to promote thorough mixing. Injection nozzles can also be located along the length of the unit to provide liquid addition during stages in mixing. The unit is jacketed and the rotors can be heated to promote reactions or to prevent sticking.
Mixing speed and paddle angle can be adjusted separately to vary the amount of mixing energy imparted to the material independent of conveyance requirements. Ultra-low rotor speeds result in low-shear operation to provide excellent mixing while preventing particle damage even during long residence times.
Manufactured by Bepex International LLC, USA
The Ribbon Blender is continuous mixer having a U-shaped vessel. It is useful in applications where back mixing is required. It operates at a slow speed; minimizing particle breakage and short circuiting. It can also be used as a continuous indirect heat exchanger by using a jacketed vessel. It has residence time from minutes to hours.
Manufactured by Bepex International LLC, USA
Mixing or drying applications require accurate feed delivery which can be difficult with wet or sticky materials. The Wet Cake Feeder is designed to easily interface with your downstream equipment. Delivery of material without the introduction of excess shear is possible and rates are simple to control with our Wet Cake Feeder.
The operation homogenizes the feed material, converting slug flow to continuous flow. In addition to providing uniform feed, dead spots and lack of flow are eliminated by the unique agitator construction. Twin cantilevered intermeshing screws penetrate the vessel body, preventing buildup at the interface of the feeder and downstream equipment.
Manufactured by Bepex International LLC, USA
The Bepex Turbulizer is a high shear speed paddle mixer offering high capacity in a compact space.
This continuous mixer offers:
The thin working layer of material in this paddle mixer promotes efficient indirect heat transfer in jacketed models. A list of successful Turbulizer processes includes dry powder mixing, hydrating hard to wet powders, slurry mixing, coating, sterilization, crystallization, granulating, homogenizing, delumping, finishing, and coating.
Manufactured by Bepex International LLC, USA
Extrud-o-mix is an efficient low pressure mixing and forming extruder can generate uniform, free-flowing, dust free pellets or particles. The Extrud-o-mix is primarily designed for combining dry powders with liquid streams to produce a paste or dough suitable for extrusion. However, with efficient continuous mixing, adjustable shear input, and heat transfer available in the housing and the rotor the application list becomes very diverse.
Extrud-o-mix consists of a single horizontal shaft carrying rows of hammers arranged in a spiral pattern. Stationary anvils attached to the housing are inserted between the rotating hammers. In the mixing process as the hammer passes the anvil a portion of the material is moved forward and the remainder lags behind. This conveying effect provides a continuous kneading, mulling, and mixing action on materials ranging from light pastes to heavy dough or putties.
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