Powder Mass Mixer
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Feature: Capacity Volume Motor
Ink Mixing Machine
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1 Piece (MOQ)
Features of Ink Mixing Machine Sturdy construction Easy installation Low maintenance Long functional life Especially designed to ensure homogenized mixing
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Blender Cum Roaster
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1 Piece (MOQ)
The complete drying plant compromises Rotary Cascade Dryer, Air Heater, Dryer Inlet Hood, Exhaust Hood, Exhaust Air Fan & Ducting and all necessary Controls. Duty : To Dry about 750 Kg/hr. of Chilly Flakes from approximately 20% initial moisture to 8-10 % final moisture. Dryer Drum: 3 Ft Diameter X 28 Ft. long dryer drum fabricated in Stainless Steel plate SS-304, with internal flights and lifters fabricated and bolted to Stainless steel angle sections welded to the shell plates to ensure adequate contact between the drying air and the material being processed. The drum is fitted with two cast or forged steel tires, mounted on carbon steel spacer blocks fitted to a reinforcing band. The tires run on four cast or forged steel support rollers shrunk to fit on steel shafts with shaft-mounted spherical roller bearing Plummer blocks. A segmental cast steel chain ring is fitted around the periphery of the dryer drum. Support Frames : The complete dryer drum assembly is supported on two fabricated carbon steel roller support frames, the feed ends support frame carrying the locating roller assemblies. Both roller support frames are fitter with safety guards. Drum Drive : The dryer drum is driven by a T.E.F.C. electric motor through a V-belt drive, gearbox, pinion, and chain to the drum drive chain wheel. The motor, gearbox, V-belt, etc. are mounted on a fabricated carbon steel baseplate. All drives are completely enclosed in suitable safety guards. Air Heater : The drying air is provided using Electrical Operated, firing into a refractory lined carbon steel combustion chamber connected to the dryer inlet end hood. It can also be operated with an Electrical Heater of 30 KiloWatts rating. Inlet End Hood : The inlet end of the drum is enclosed with a Stainless steel fabricated enclosure, complete with a labyrinth seal and stainless steel material inlet chute. The inlet hood is supported by a suitable rolled steel section support structure. Outer End Hood: The outer end of the drum is enclosed with a carbon steel fabricated hood complete with an inspection access door, and exhaust air outlet chute. A labyrinth-type flexible seal is fitted to the rear hood plates around the drum opening. The outlet end is supported by a suitable rolled steel section support structure. Exhaust Air Fan : The exhaust air is drawn from the dryer by a centrifugal fan, complete with an electric motor, V-belt drive, and drive guard. Exhaust Air Ducting : The exhaust air from the dryer is conveyed via a Stainless steel duct from the outlet end hood to the cyclone and from the cyclone to the exhaust fan. A manually operated butterfly-type valve damper is fitted in the exhaust duct between the cyclone and the exhaust fan. Control System : Inlet air temperature is measured using a thermocouple located in the inlet end hood connected to a temperature indicator/recorder. Exhaust air temperature is measured by a thermocouple located in the exhaust air duct connected to a temperature indicator/recorder. The Electrical output is controlled using a suitable Thermostat via a suitable transmitter from either of the two temperature indicator controllers. All necessary motor control gear, relays, overloads, etc. and temperature indicators/recorders are housed in a carbon steel control cabinet which will be prewired for correct sequential start-up and operation of the plant.
MAQUET Jostra HCU 30 Heater Cooler
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1 Piece (MOQ)
MAQUET Jostra HCU 30 Features The MAQUET HCU 30 heater/cooler system is used to circulate water through heat exchange circuits to warm or cool a patient during cardiopulmonary bypass procedures that last 6 hours or less. The HCU 30 heater/cooler unit supplies temperature-controlled water for heat exchangers or hyper-hypothermia blankets. The temperature of the water can be adjusted from 1°C to 40.5°C. This MAQUET heater/cooler unit 30 features a 26-liter tank. An Internal safety system on the HCU 30 monitors the regulation to prevent the water from rising above 41.3°C. High cooling capacity with its fast ice-building technique and powerful compressor. A large capacity heater that incorporates precise electronic control. Fast priming and automatic de-airing. Dimensions Size: (H x W x D) 106 x 46.5 x 52.5 cm Weight Approx.: 95 kg empty, 121 kg full Noise level (normal operation): 38 Lpa dB Temperature Control Control range: 1°C to 40,5°C Setting resolution: 0.1°C Temperature measurement accuracy: ±0.3°C Temperatures display range: 0°C to 99°C Cooling system Tank volume: 26 litres Initial cooling capacity: (relative 20°C) 6250 kJ Continuous cooling capacity: 4270 kJ/h (1186 W) Heating system Capacity: (max. values) 3100 W (230 V), 1800 W (115 V), 1500 W (100 V) Circulation system Flow capacity, main circuit: Approx. 21.0 l/min at zero head (adjust-able) Flow capacity, cardioplegia circuit: Approx. 7.0 l/min at zero head Maximum pressure, main circuit: Approx. 2.4 bar (adjustable) Maximum pressure, cardioplegia circuit: Approx. 0.9 bar Power supply Mains: 200-240 V/50 Hz, 220 V/60 Hz, 100-120 V / 60 Hz, 100 V/50 Hz/li> Mains fuse: 16 A (230 V) Power consumption: 3680 W (230 V)
Blender Cum Roaster
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1 Piece (MOQ)
The complete drying plant compromises Rotary Cascade Dryer, Air Heater, Dryer Inlet Hood, Exhaust Hood, Exhaust Air Fan & Ducting and all necessary Controls. Duty : To Dry about 750 Kg/hr. of Chilly Flakes from approximately 20% initial moisture to 8-10 % final moisture. Dryer Drum: 3 Ft Diameter X 28 Ft. long dryer drum fabricated in Stainless Steel plate SS-304, with internal flights and lifters fabricated and bolted to Stainless steel angle sections welded to the shell plates to ensure adequate contact between the drying air and the material being processed. The drum is fitted with two cast or forged steel tires, mounted on carbon steel spacer blocks fitted to a reinforcing band. The tires run on four cast or forged steel support rollers shrunk to fit on steel shafts with shaft-mounted spherical roller bearing Plummer blocks. A segmental cast steel chain ring is fitted around the periphery of the dryer drum. Support Frames : The complete dryer drum assembly is supported on two fabricated carbon steel roller support frames, the feed ends support frame carrying the locating roller assemblies. Both roller support frames are fitter with safety guards. Drum Drive : The dryer drum is driven by a T.E.F.C. electric motor through a V-belt drive, gearbox, pinion, and chain to the drum drive chain wheel. The motor, gearbox, V-belt, etc. are mounted on a fabricated carbon steel baseplate. All drives are completely enclosed in suitable safety guards. Air Heater : The drying air is provided using Electrical Operated, firing into a refractory lined carbon steel combustion chamber connected to the dryer inlet end hood. It can also be operated with an Electrical Heater of 30 KiloWatts rating. Inlet End Hood : The inlet end of the drum is enclosed with a Stainless steel fabricated enclosure, complete with a labyrinth seal and stainless steel material inlet chute. The inlet hood is supported by a suitable rolled steel section support structure. Outer End Hood: The outer end of the drum is enclosed with a carbon steel fabricated hood complete with an inspection access door, and exhaust air outlet chute. A labyrinth-type flexible seal is fitted to the rear hood plates around the drum opening. The outlet end is supported by a suitable rolled steel section support structure. Exhaust Air Fan : The exhaust air is drawn from the dryer by a centrifugal fan, complete with an electric motor, V-belt drive, and drive guard. Exhaust Air Ducting : The exhaust air from the dryer is conveyed via a Stainless steel duct from the outlet end hood to the cyclone and from the cyclone to the exhaust fan. A manually operated butterfly-type valve damper is fitted in the exhaust duct between the cyclone and the exhaust fan. Control System : Inlet air temperature is measured using a thermocouple located in the inlet end hood connected to a temperature indicator/recorder. Exhaust air temperature is measured by a thermocouple located in the exhaust air duct connected to a temperature indicator/recorder. The Electrical output is controlled using a suitable Thermostat via a suitable transmitter from either of the two temperature indicator controllers. All necessary motor control gear, relays, overloads, etc. and temperature indicators/recorders are housed in a carbon steel control cabinet which will be prewired for correct sequential start-up and operation of the plant.
Ribbon Blender Mixer
300,000 - 3,000,000 Per Piece
1 Piece (MOQ)
V Blender
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CYCLONE rotating shell V-Type blenders are used only for dry mixing. They are totally enclosed to prevent any foreign particles to enter into the chamber. Modifications such as the addition of baffles to increase mixing shear can be made to these type of blenders.Features : Minimal Attrition when blending fragile granules. Large-Capacity equipment available Easy to load and unload Easy to clean Minimal maintenance Available in various capacities from 25 liters to 1000 liters.
V Type Blender Machine
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1 Piece (MOQ)
The machine is primarily suitable for mixing or lubricating of dry, freely flowing powders or granules. The machine has been designed for use in a pharmaceutical formulation manufacturing unit, in compliance with the latest GMP rules.
mixing paddle
70 - 700 Per Piece
1000 Piece(s) (MOQ)
Available Size : 24-60 InchesÂ
Ribbon Blenders
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Leveraging on the state of the art facility and refined technology, we have been able to establish ourselves as a leading player in the industry. We offer Ribbon Blenders to our valued customers at lucrative price. These boast prominent features like loner working life and sturdy construction. They are available for our customers at reasonable price. Our excellent distribution system enables you to get them delivered to your doorstep in no time.
Jacketed Reactor
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In Conventional Jackets second shell is installed over a portion of the vessel, creating an annular space within which cooling or heating medium flows. A simple conventional jacket, with no internal components, is generally very inefficient for heat transfer because the flow media has an extremely low velocity resulting in a low heat transfer coefficient. Condensing media, such as steam or Dowtherm A, is an exception because in this case the heat transfer coefficient doesn't depend on velocity or turbulence, but instead is related to the surface area upon which the media condenses and the efficiency of removing condensate. Internals include baffles that direct flow in a spiral pattern around the jacket, and agitating nozzles that cause high turbulence at the point where the fluid is introduced into the jacket.
Conta Blender
325,000 Per Piece
1 Piece (MOQ)
Design as per stringent cGMP requirements Available 5 Ltr. to 1500 Itr. capacity All contact parts SS 316 'A' type rigid machintre sucture with SS 304 cladding Electric control panel with cycle timer
Double Cone Blender
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1 Piece (MOQ)
DOUBLE CONE BLENDER (Available Cap: 50 Ltrs to 4000Ltrs) The double cone blender consists of two cone shaped sections with 45º slopes. Double Cone Blender is efficient for mixing dry powder and granules homogeneously. All the contact parts are made of stainless steel. It can be used for Pharmaceutical, Food, Chemical and Cosmetic products etc SALIENT FEATURES All contact parts are made in stainless steel 316 and outer surfaces are made in Stainless Steel 304. The conical shape at both ends enables uniform mixing and easy discharge The cone is statically balanced to avoid any excessive load on the gear box and motor. A wider opening provided for loading material in to the machine, and processed material discharging through a butterfly valve. Baffles provided on the shaft for better mixing. Machine is operated by a timer. Maximum care has been taken to ensure safe operation of the unit. Safety barrier with Proximity Switch is provided for safety operation. Flame proof motor can be supplied as optional.
Jacketed Reactor
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Double Cone Blender
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The Double Cone Blender is an efficient and versatile machine for mixing dry powder and granules homogeneously. Two third of the volume of the Cone Blender is filled to ensure proper mixing. It can be used for Pharmaceutical, Food, Chemical and Cosmetic products etc.
Ribbon Blender
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1 Set(s) (MOQ)
Double Cone Blender
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We are offering double cone blender. It is ideal for mixing of powder and homogeneous lubrication of granules. Baffles are provided on central shaft to enhance mixing. Double cone discharge height varies as per the capacities of different models. Suitable manhole for charging is provided with ss-cover & lock nuts.
Paddle Mixer
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We are an old prominent company that has a wealthy knowledge in fulfilling the additive mixing needs of various consumers. We provide Twin Shaft Mixers in India to our consumers with a wide range of excellent quality Twin Shaft Mixers manufacturers in India that is specifically designed to disperse medium to high tackiness materials. We are a economical business that provides superior quality Twin Shaft Mixers manufacturers in India to consumers at reasonable rates and promise to meet urgent demands. Twin Shaft Mixers Manufacturers in India proposal among the most advanced mingling resolution, competent of managing from high zero slump material. The Twin Shaft Mixers manufacturers in India mixing containing two straight shafts with armaments and paddles disturbing counter current; Counter rotating mixing arms and paddle create a twirl shaped perpendicular and parallel mix direction, which ensure proper three dimensional mixing.
Detergent Powder Mixer
80,000 Per Piece
Ribbon Blender
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Ribbon Blender is useful for easy mixing powder components; it is a LOW SHEAR Mixer. Most commonly used for SOLIDSOLID, SOLIDLIQUID Mixing and when high shearing force is not required. Its counter flow helicoids flight mounted on shaft ensuring gentle mixing.