Hemraj Enterprises is a leading engineering company supplying laboratory process equipment for r & D, pilot plant and industrial spray dryer. Our range includes spray dryers in glass and S.S. vist our site http://www.hemrajindia.com
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Glass laboratory spray dryer, test spray dryer, industrial spray dryer, reaction system, distillation system, fractional column, nutsche filter dryer, peristaltic pump, pharmaceutical,
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With over 25 years of experience in the field of spray drying, Hemraj India has successfully supplied customers with full technical and service backup equipment during the last seven years of equipment at the international level of supplying more than 35 successfully. Supply and installation PSD (pilot) and ISD (industrial) series spray dryer and 30 glass laboratory spray dryer We have exported our spray dryer to more than 9 countries. vist our site http://www.hemrajindia.com
Glass laboratory spray dryer:
Compact laboratory spray dryer capacity of 2000 ml per hour for a maximum liquid flow rate of 200 or a maximum temperature of evaporation. The unit is ideal for product research and development and sample preparation in many industries. The unit incorporates all the parts needed for the spray drying process and allows control of inlet temperature, liquid sample flow, drying air flow and compressor pressure. The internal compressor activates the cleaning needle and the frequency of cleaning is controlled. The M1 spray dryer is manufactured using high quality materials including 316 stainless steel, PTFE and borosilicate glass 3.3. The screw cap assembly allows easy mounting of the sprayer directly into the drying chamber. Sprayer and AL series nozzle disassembles quickly for cleaning http://www.hemrajindia.com
Pilot spray dryer:
M.O.C .: Support structure with castor wheels {stainless steel including skid mounted).
GMP / Pharmaceutical standards are observed in manufacturing such as avoiding the use of crevasses, smooth finish, guard food grade silicon gasket etc provided for electric motors.
Operation-Co-Current & Counter Current. : Powder collection-Spray dried powder is a single point discharge under the cyclone or optionally a double point discharge system under the room and the cyclone This gives the flexibility to check the particle size under the room and atomization -Two types of nozzle systems are provided ie pressure nozzle and two fluid
Features: Both the exhaust and supply blowers are provided so the drying chamber is maintained under a slight vacuum and hence powder loss cleaning is minimized
The spray-dried powder sample produced is now a representative of many industrial-sized spray dryers, and hence plants are also using flame sampling to flame out solvent instead of water. Optionally available in the structure of evidence. http://www.hemrajindia.com
Industrial spray dryer:
M.O.C .: partsS of product contact. It's 316, support structure MS.
Operation-Co flow and counter flow. : Powder Collection-Spray Dried Powder is a single point discharge under the cyclone or optionally a double point discharge system under the room and the cyclone This gives the flexibility to check the particle size under the room and the cyclone
Spraying: Two types of nozzle systems: pressure nozzles and two fluid nozzles
Features: Both the exhaust and feed blowers are provided so the drying chamber is therefore maintained under a slight vacuum which minimizes powder loss. For ease of cleaning a cleaning door is provided in the main room.
Application: Spray drying can be used in a wide range of applications where production of a free flowing powder sample is required. This technology has successfully processed materials in the following areas:
Tsutsutsutsu:
Container characteristics: a wide variety of filter media and pore size offerings.
ASME: Both Section VIII Coded, butt-welded structures with accessories welded completely.
Materials of construction: 316L stainless steel, Hastelloy, other alloys including titanium, etc. Available (machine-sensitive metal)
Optional coating: Teflon, Halar, Kynar and others
Ports: NPT, Sanitary, ANSI flanged, others as needed.
Accessories / Parts: Slight glass, check, temperature, pressure, supply, drain, purge, outlet, rescue, sampling, instrumentation and others.
Finish: 2B mill finish standard; optional pharmaceutical grade mechanical gloss and electronic polishing available.
Agitator: Air or electric with crane type 8 standard seal on interchangeable shaft extensions and impellers.
Heating / cooling: jacketing ASME internal coil or electric heating jacket.
Benchtop Nutsche Filter Dryer with Agitator:
o Minimizes contamination and exposure, high purity chemicals, pharmaceutical intermediates, especially solids, etc. With this portable laboratory scale Nutsche filter device with an efficient filtered and washed resluriry, and a special hand-turned agitator that is dried, the unit is pressurized to aid solvent removal. It can be dried by adding vacuum heating capacity by adding it.
6 "displaying as unit size, diameter 4 liter capacity-alternative size. ASME certification is optional. Supplied in stainless steel, Hastelloy, or alternating metals; pharmaceutical grade mechanical and electro gloss Finish; Teflon or alternate coating Custom design features include temperature control options, jacketing, valving, special porting, sprayers, slight glass, instrumentation, pumps, alternate mixer types, etc. A variety of filter media and <url.
Reaction system:
Flat or round base design. Single jacket for temperature control. Outer vacuum double jacket for best thermal insulation. Wide range bottom outlet tap design. High quality stainless steel support stand. Wide range of ancillary glassware. Wide range of stirring options. Halar or fluorine coated with PTFE, glass and stainless steel impellers. "Hoover" heater / cooler and three reaction system supplied in India.
Wrinkled film molecular distillers and evaporators (short part):
Designed for the separation of thermosensitive, high molecular weight or viscous materials. 1000 kg / hr. To 0.1 through the set range.
Fractional distillation system and ingredients:
Designed for purification, sorting and solvable recovery. With a range of 0.1 to 500 kg / hr.
For purification, sorting and solvable recovery. Sized for small to medium sized processing, pilot plant and training instruction. Diameter of 1 "to 12", efficiency of 0.1 to 50 kg / hr. Batch or continuous configuration. Comprehensive packagings and internals, system design and materials, including stainless steel, Hastelloy, glass, etc. Provides individual components, the basic system is a complete turnkey working system
Peristaltic pump:
Applicable pump head: YZ1515x, YZ2515X, YZ1515W, DG-4 timing function with high torque and low power consumption, realizes simple automobile distributing and filling Current running
Under normal laboratory conditions
Distribution & Filling System:
The ne filling unit consists of 4 basic channels Up to 16 channels (4 units) available control each channel separately. Control the suction angle uniformly. Easy to use. Each channel is separate. Easy to maintain. A short current running status of the bottle 128x64 graphic LCD display when flow rate calibration and stop filling interest rate by RS485 communication and customized SO available at customer's request
Pharmaceutical-packaging machine:
La, Filling, Blister Packing, Tridimensional Packing, Coating, Bottling
Pilot dryer test facility:
Please note that we have the trial facilities available for your specific product at our workshop in our trial factory, welcome to come we have 300 trials of a variety of products Conducted successfully, across India to a variety of companies including zinc oxide and many work units abroad, our client list includes M / s. Indofill Chemicals, M / s. S. K. Flavors and Fragrances, M / s. Oriental Aroma, Ranbacsi, Sipra, Doctor Lady's USV .. Takumi out site http: // www.
Spray drying:
Spray drying starts with the atomization of the supplied liquid to a fine spray of spray. Various methods are used for atomization which these include using high speed rotary disks, pressure nozzles or two flow nozzles. The milled liquid is usually sprayed into the drying chamber, along with the hot gas flow of co or counter current flow. As a result, the liquid solvent evaporates, leaving the product in the form of a spherical powder. The dry powder is separated from the gas stream and collected by the cyclone at the bottom of the fly chamber or outside thereof. The exhaust gases are then treated to meet environmental requirements, dehumidified and released to the atmosphere or in the case of a closed system, reheated and dried.
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