Industrial Mixers Specifications

Operating Configuration


	Mixer Type:
	Your choices are...
	Agitator		Agitators are used to mix product within a vessel.
	Conical / Screw		Screw mixers use a rotating screw that progresses around the periphery of a conical hopper. The screw lifts solids from the bottom of the hopper to the top, where the mixture flows by gravity back into the screw. Mixing occurs around the open screw, where the solids transported by the screw exit at various levels and are replaced by other solids at that level. The screw’s shearing action also intimately mixes the various components. Gross mixing action occurs within the mixture by the velocity profile created in the conical hopper as it feeds the screw. This gross mixing action is most effective when the solids move along the conical hopper walls.
	Fluidized Bed		Fluidized bed mixers fluidize the complete product bed and are very efficient and thorough, as indicated by higher applied horsepower, rotational speeds and more durable vessel construction.
	Homogenizer		Homogenizers are mechanical devices used to create a stable, uniform dispersion of an insoluble phase within a liquid phase.
	Kneader		Kneaders provide a kneading motion to mix the contents of the mixer.
	Paddle		Paddle mixers use a horizontal rotating shaft (or shafts) with fixed arms and attached paddle-shaped feet. The paddles of the dual-shaft mixer impact the solids and force some of them onto the second shaft while pushing others toward one end of the unit. The paddles on the second shaft push the solids toward the opposite end, as well as toward the other shaft and paddle set.
	Planetary		Planetary mixers usually have two mixing blades that rotate around individual shafts. The two blades further rotate around a center axis. The net effect is intermixing, stirring, and shear.
	Propeller / Impeller		Propeller or impeller mixers use vertical blades attached to a horizontal disc. The propeller or impeller pumps the media in a radial direction and generates a recirculating mixing pattern above and below the disc. This high-shear, high-power design is stable under varying liquid depths and makes an excellent choice as a rapid mixer in shallow basins and solids suspensions in shallow or varying water depths. Propellers are often used as the lower impeller in a multiple impeller design.
	Ribbon		Ribbon mixers use a counter-transport mechanism that consists of an outside right-hand ribbon and an inside left-hand ribbon, each connected to the same horizontal shaft. This ribbon setup, combined with the mixer’s inability to transport an entire mass of solids, creates an extremely diverse velocity field. Such a mixer may transport a portion of the solids a short distance in both directions along the shaft’s axis, while also lifting a portion of the solids from top to bottom, thus allowing the mixture to slide down a repose angle. The result is a mixer that does a thorough and fast blending / mixing job in the vertical plane, but is slow when mixing end to end.
	Rotor-Stator		A rotor-stator is a single-shaft mixer with an impeller rotating in close proximity to a stationary housing. It is used to rapidly break apart solid particles in a liquid or emulsify liquids into liquids. The impeller, or rotor, imparts high shear forces to the ingredients mechanically. Clumps of particles are also broken apart by the hydraulic shearing forces generated as they are ejected through openings in the stator into the rest of the batch. Rotor-stators are particularly effective at chopping coarse particles such as rubber or flake resin. The stator directs the flow and confines the particles while the rotor imparts shear.
	Single Rotor		Single-rotor devices consist of one shaft with either paddles or screws encased in a cylindrical shell. There are various types of products available. Shaft speeds range from moderately low to relatively high.
	Twin Rotor		Twin-rotor devices consist of two shafts with either paddles or screws encased in a cylindrical shell. There are various types of products available. Shaft speeds ranging from moderately low to relatively high.
	Static		Static or motionless mixers are fins, obstructions, or channels mounted in pipes, designed to promote mixing as fluid flows through the mixer. Most static mixers use some method of first dividing the flow, then rotating, channeling, or diverting the flow, before recombining it. Other static mixers create additional turbulence to enhance mixing. The power input to the mixing process is a result of pressure loss through the mixer.
	Turbine		Turbine mixers consist of a circular trough with housing in the center, around which revolves a spider or a series of legs with plow shares or mold boards on each leg. Turbine mixers are also known as plow mixers.
	Vertical Turbine		Turbine mixers include a wide range of general-purpose mixing equipment, operating at reduced speeds provided by an enclosed gear drive, with one or more multi-bladed impellers mounted on an overhung shaft. These mixers may be used on open tanks, when supported by a beam structure, or on closed tanks with a variety of seal and support arrangements. Most turbine mixers are mounted at the center of the top of a vertical, cylindrical tank and used to mix low to medium viscosity liquids, slurries, dispersions, or other fluids. Because of the general purpose capabilities of turbine mixers, at times they may be used on almost any shape tank, of any size, with other drives or special impellers, for high-viscosity fluids, and almost any mixing application.
	Ultrasonic / Vibrational		The application of ultrasonic waves in mixed medium produces a steep gradient of acoustical pressure and, therefore, movement of the fluid and a very fine level mixing action.
	Muller		There are several types of mullers, each of which has a turret. With countercurrent devices, the pan and muller rotate in opposite directions. Directions. Rotating pan devices have a stationary muller turret.
	Tumblers / Drum		There are many types of tumblers and drums. Examples include double-cone tumblers, twin-shell tumblers, and horizontal drums.
	Other Mixer Type		Other unlisted, specialized or proprietary mixers and homogenizers.
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	Operating Condition
	Your choices are...
	Batch Operation		Batch mixing is the simplest mode of operation. The mixer is filled with a medium and mixing is allowed to proceed. When the mixing has finished, the contents are emptied for downstream processing. The mixer is then cleaned and refilled, and mixing begins again.
	Continuous Feed		With continuous mixers, the sample being mixed is continuously added and mixed fluid is continuously removed. The mixer can be run for long periods of time without being shut down.
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	Mounting
	Your choices are...
	Portable		Portable mixers are smaller mixers (5 hp or less), some of which are portable enough to be moved from tank to tank. Truly portable mixers are normally clamped at an angle to the top edge of the tank or an adjacent support.
	Benchtop		The homogenizer is a permanent, benchtop instrument.
	Stand Mounted		The homogenizer is mounted on a stand, and may be removed for manual use.
	Overhead		Overhead mixers are mounted above the mix tank and inserted into the fluid. The vertical position can be adjusted to accommodate the quantity of fluid and fluid viscosity.
	Floor Mounted		Floor mounted mixers and homogenizers are large-scale systems that are permanently installed as part of a manufacturing process.
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	Mixer / Homogenizer Location
	Your choices are...
	In-Line		The mixer is mounted on the process line for in line mixing capabilities.
	Top Entry		The mixer is mounted through an entry port at the top of the process material tank.
	Side Entry		Side entry mixers are normally mounted through a nozzle on the side of the tank or chest. Normally, the nozzle is near the bottom of the tank so that mixing is possible at reduced liquid levels during filling or emptying.
	Bottom Entry		The mixer is mounted through an entry port at the bottom of the process material tank.
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Application / Industry Use


	Application / Industry Use:
	Your choices are...
	Adhesives Processing		Products are rated for use in adhesives processing applications.
	Chemical Processing		Products are rated for use with chemicals. This category includes products rated for general chemical heating, as well as products designed for corrosive chemicals such as acids and solvents.
	Construction Material Processing		Products are designed for use in the mixing of construction materials such as concrete and asphalt.
	Cosmetics Processing		Products are designed for use in cosmetics processing.
	Food and Beverage Processing		Products are designed and rated for use with food or beverage processing applications, specifically in the food, dairy and brewing industries.
	Ore / Mineral Processing		Products are designed for ore and mineral processing.
	Paint / Coating Processing		Products are rated for use in the processing of paints and coatings.
	Paper and Pulp Processing		Products are rated for use in paper and pulp processing applications.
	Plastic Processing		Products are designed for use in plastic processing applications.
	Pharmaceutical Processing		Products are rated for use in pharmaceutical processing applications.
	Sanitary Processing		The mixer is sanitary and adheres to strict regulations for sanitary processing applications.
	Water / Wastewater Treatment		The mixer can be used for water or wastewater treatment applications, including carbon slurry mixing, lime slurry mixing, and other methods.
	Other Applications / Industry		Other unlisted or specialized application.
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Optional Features / Capabilities


	Additional Features
	Your choices are...
	Cooling		The mixer has an internal cooling element.
	Heating		The mixer has an internal heating element.
	Mag Drive		A magnetic mixer is ideally suited for continuous stirred reactors (CSTR) and batch reactors where mixing and agitation must be contamination-free and leakage cannot be tolerated. The magnetic drive eliminates seals, and also the problems associated with rotating seals, such as leakage, contamination, and constant maintenance.
	Lined or Coated		The interior surface of the mixer is lined or coated to provide a non-stick, chemically resistant interior, especially desirable for acidic processes, high-purity chemicals, pharmaceuticals, certain polymers and other multi-use applications.
	Timer		The mixer has a timer for timed runs.
	Programmable		Products are programmable or adjustable to provide for different ranges, materials, levels, outputs, etc.
	Explosion Proof		The mixer has an explosion-proof housing or intrinsically-safe wiring to prevent an explosion during use.
	Interchangeable Rotors		The homogenizer uses interchangeable rotors to accommodate different types of samples.
	Disposable Rotor		The rotor can be thrown away after one or multiple uses.
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	Additional Capabilities:		The mixer has additional capabilities which include:
	Your choices are...
	Extruder Feed		The mixer has an integral extruder screw to mix and then extrude the contents.
	Coating		The mixer has additional capabilities to coat the product.
	Drying		The mixer has additional capabilities to dry the product.
	Milling		The mixer has additional capabilities to mill the product.
	Granulating		The mixer has additional capabilities to granulate the product.
	Other Additional Capabilities		Other unlisted, specialized or proprietary capabilities.
	Search Logic:		All products with ANY of the selected attributes will be returned as matches. Leaving all boxes unchecked will not limit the search criteria for this question; products with all attribute options will be returned as matches.

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Part #	Distributor	Manufacturer	Product Category	Description
316SSA100	PLC Radwell	LIGHTNIN MIXERS	Not Provided	IMPELLER
119863	PLC Radwell	LIGHTNIN MIXERS	Not Provided	GEAR
X6C150112X118SHA	PLC Radwell	LIGHTNIN MIXERS	Not Provided	SHAFT
198142316	PLC Radwell	LIGHTNIN MIXERS	Not Provided	FLANGE
V5Q37NS97G18406	PLC Radwell	LIGHTNIN MIXERS	Not Provided	MIXING MOTOR BALDOR CONTROLS NO SHAFT OR PROPS
210314PD4	PLC Radwell	LIGHTNIN MIXERS	Not Provided	SHAFT

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