We offer a wide selection of Agitators for your process needs. We offer specialized blade configuration in addition to the regular agitator available in the market. Our design aims to offer efficient equipment minimizing batch time.
Our Agitators have a large, center mounted low speed blade. They efficiently pump large volumes of product with little or no shear. Agitators are most often used to mix low viscosity products. A variety of configurations are available to meet various process requirements. 


Features Available

• Sizes from laboratory units to greater than 5,000 litres
  
• Tank mounted or hoist mounted
  
• Inverter, single speed, and two speed drives available
  
• Stainless steel or carbon steel material of construction
  
• Mill to highly polished finishes
  
• Typically designed for atmospheric operation, but vacuum or pressure designs are available
  
• Electrical components for hazardous or safe environments
  
  Models Offered
  Paddle Blade Agitator, Agifoil Blade Agitator, Sweep Blade Agitator
  

An agitator mill has a fixed, outer, cylindrical grinding container, to which a cylindrical inner stator is fitted in a spaced manner. A rotary driven, cup-shaped rotor is positioned coaxially to the grinding container and engages in the grinding area formed between the grinding container and the inner stator, so that the grinding area is subdivided into an outer grinding area and an inner grinding area.
 
A discharge device located within the inner stator is connected in the flow direction to the inner grinding area. A rotary, cylindrical separating screen is positioned coaxially to the rotor between the end of the inner grinding area and the discharge device. In order to ensure a correct operation of the agitator mill with relatively low constructional costs, the separating screen is fitted to the rotor and sealed with respect to the inner stator by means of a seal, particularly a slip ring seal.

A Disperser is a single shaft mixer used to break apart or dissolve solid particles in a liquid. This is typically accomplished using a "saw tooth" blade rotating at high speed (approximately 5200 feet per minute peripheral speed). The blade imparts high shear forces to the ingredients to be dispersed, breaking them apart. Through proper blade selection and sizing, a flow can be established that will repeatedly turn over the batch and yield a homogeneous product. Dispersers are most often used to mix low viscosity products such as paints.
Features Available

• Sizes from small lab to production model
  
• Hoist, tank mounted, or tank mounted with short hoist configuration
  
• Inverter, mechanical variable speed, single speed, and two speed drives available
  

Stainless steel or carbon steel material of construction
Multi-shaft mixers have multiple configuration blade arrangement

• A center mounted low speed blade sweeping the mixing vessel wall
  
• High speed blade typically provides high shear to disperse or dissolve ingredients.
  
• Low speed blade feeds the high speed blade by blending and folding the mass in the vessel and improves product uniformity by scraping the walls.
  

Multi-shaft mixers are most often used to mix medium to high viscosity products. 


Why Multi shaft mixer?
A high speed disperser alone has a limited zone of influence in viscous products, so the low speed blade is necessary to achieve a homogeneous mixture. When equipped with scrapers, the low speed blade also aids in heat transfer to an external jacket. Multi-shaft mixers are sometimes used with low viscosity products when scraping the vessel wall is beneficial.
Models Offered
Dual shaft - Triple shaft - Concentric shaft
Features/Options Available

• Sizes from laboratory units to production model
  
• Hoist or tank mounted configuration
  
• Inverter driven motors standard, other types available
  
• Stainless steel or carbon steel material of construction
  
• Mill to highly polished finishes
  
• Sweep low speed blade, various high speed blades available
  
• Vacuum, pressure, or atmospheric operation
  
• Electrical components for hazardous or safe environments
  

Our Jar mills are widely used for various R& D and lab trial purpose. Our mills are available from 0.5 hp to 2 hp with single and double rack arrangement.
 
Jars are available in SS and ceramic body

 Our Planetary Mixers (Single or Double Planetary) offers a solution to a wide range of mixing problems. Designed for intensive mixing, dispersing, kneading, and deaerating products such as adhesives, sealants, light caulks, pastes, coatings, granulations, and similar products of medium to high viscosity.
Rotation of the Planetary Blades on their own axis while they travel around the center of the mixing bowl ensures complete and effective mixing. 

The mixers are available in various sizes, with or without self-aligning bowl scrapers, and manual or hydraulic lifts. Heavy-duty construction allows the production of newer and tougher compounds in a trouble-free manner, while also being very durable and reliable in operation. The mixers are manufactured to rigid standards with many features and options available.

  Design Highlights

• Single or Double Planetary Blades. 
  
• Floating scraper blade adjusts to bowl contour. 
  
• Single base structure to for simplicity in mounting. 
  
• Lift manually or hydraulically operated (air/oil or electric pump) 
  
• Special steel planetary gears, heat treated and hardened for durable, long life. 
  
• Stirrup, Vertical, or combinations of blades available. 
  
• Heating, Cooling or Vacuum Construction
  

 SIGMA mixer is used for the mixing-kneading of materials with very high viscosities (over 500,000 cps). They are used in the chemical, food, sealing compound and paint industries, among others. In these machines the mixing arms rotate at different speeds (usually in the ratio of 3 to 2). The mixing action is a combination of bulk movement, smearing, stretching, folding, dividing, and recombining as the material is pulled and squeezed against blades, saddle, and side walls.
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Discharge arrangement:

Tilting
For small machines tilt can be of a mechanical type. For greater machines hydraulically powered arrangement provided
 
Sigma With Extrusion screw arrangement
 
The extrusion-discharge screw is located in the saddle section and runs in a cylindrical trough tangential to, and below the mixing blades.
 
Options include:

• Tiltable tank
  
• bottom extruder discharge
  
• variable speed drive
  
• hydraulic drive
  
• special 'Duplex' kneading arms for intensive kneading
  
• vacuum execution
  
• double jacket
  
• overlapping arms
  
• double jacket and heated arms
  

Our Ball mills are used in wide industries namely ceramic, porcelain, paint
BM – 4 x 4 (15 hp), BM – 5 x 5 (30 hp), BM – 6 x 6 (60 hp). Our fully satisfied clients are NMDC, Vanavil dyes, Agrola magnetic, Pasupathi paints.

Features of Ball Mill are:

• Duly Machined Shell & Trunion
  
• Discharge / Running Plug
  
• Inching System
  
• Test Cock Plug
  
• Lining
  
• Fluid Coupling
  

Our Production model wet grinding batch attritors are suitable for grinding highly viscous material such as latex, chocolate, nut, paste, paint etc. A recirculation pump will be provided for discharging the end product from grinding chamber. This aids in accelerated and uniform attrition activity. A gear tilting assembly facilitates easy removal of agitator shaft for cleaning.
Options: Tank linings, FLP motor, VFD, and Torque meter

 A Three Roll Mill is a machine that uses the shear force created by three horizontally positioned rolls rotating at opposite directions and different speeds relative to each other to mix, refine, disperse, or homogenize viscous materials fed into it. We have over 23 successful years manufacturing three roll mills which have been selling worldwide. Our lower manufacturing cost savings are directly passed on to You - our valued customer.
Our Triple Roll Mills are available in three models- standard, high viscous, heavy duty and G-NXT
 
Design Highlights :

• Scraper System with interchangeable blades
  
• Single or dual roller speed
  
• Frequency Inverter for Speed Control
  
• Heating & Cooling System for the Rollers
  
• Explosion Proofing electrical
  
• Automatic Product Dispenser
  
• Solvent Dispensers
  
• Stainless steel hopper
  
• Splash tray to facilitate cleaning
  
• Cleaning mode – The mill by default moves to the maximum gap
  
• Reverse roller direction
  
• Emergency stop function
  
• Acrylic cover provided for the roller , operated with proximity switch
  
• Quiet operation due to non-metallic gears and timing belt drive
  
• Manual roll turning for safety while cleaning
  
• Sealed water cooling
  
• Safety clutch allows rolls to be turned for cleaning with motor off
  
• Safety cover shields turning rolls
  

 

 Pug mill is also known as Paddle Blender. This machinery is used for the manufacturing dismembers, putty, pastes, etc. It contains an equal number of forward and reversing paddles which constantly move the ingredients from one end of the mixer's tank to the other. Unloading is also faster and clean out more thorough due to the fact only the forward paddles come in contact with the material in the tank when the last part of the load is being discharged Our fully satisfied clients are Polo paints, Macksons paints, Goodlass & Nerolac paints.

Features of Pug Mill are:

• Ribbon Helical or Paddle blade
  
• Dual Speed – Gland Seals – Gear box
  
• Drive – Flush type
  
• Discharge
  

Our Ribbon blenders can be utilized for blending dry material, powdery granular, short fibered, moist solids and liquids together with pasty substances up to and including highly viscous masses.
 
The MIXER can be used for numerous processes, including compounding, fine mixing, dispersing, suspending, emulsifying, deaerating, tempering, accelerating chemical or physical reactions, granulating, breaking down agglomerates, etc.
 
Standard sizes of the MIXER range from 5 to 5,000 liters with larger sizes available upon request.
 

 Design Highlights

• Special close grained centrifugally cast, bushings / bearings of special wear resistant copper alloy.
  
• Rolls from special alloy chilled cast iron with uniform wall thickness.
  
• Special design at necks to withstand high impact loads.
  
• Single I-beam base structure to mount mill and drives for rigidity and for mounting vibration dampers.
  
• Heavy duty swing-type guides are provided with Polyamide or Delrin liners and thick polyamide center-plates.
  
• Special alloy steel connecting gears, heat treated and hardened for durable, long life.