The Granule machine incorporates many outstanding features to give long & hassle free operation. The built in hi-tech design is equipped with increased motor power which ensures high output at minimum operating costs.

This innovative product will certainly give you relief from a terrific problem of bend and disturbed cheese pipes. It corrects the inner dia. of your disturbed cheese pipe and you can Re-Use it.

It takes just 1/3 minute to correct one cheese pipe.

Technical Data

Standard design multipurpose flexographic printing machine for printing HDPE/PP Woven sacks, Jute & Laminated Jute Bage, Kraft Paper Bags, LLDPE Bags ( For Packing Plastic HDPE/PP Granuals Produced by Reliance Petro & IPCL) Flexographics printing system is use for transfer of image. The image is transferred trough rubber / nylon / photopolymer stereaos of 3mm to 5 mm thickness.

A simple hot air dryer will suffice when you need to remove surface moisture from non-hygroscopic resins. A hot air dryer works very simply. It consists of a heater blower unit mounted on drying hopper and a control for the HB. Ambient air is drawn through a filter into a heater/blower unit and heated. The temperature can be adjusted up to 350˚F. The heater/blower is mounted on the drying hopper and the hot air is circulated up through the material in the hopper, carrying surface moisture up and out of the top of the hopper. The control for the heater/blower can be mounted on the hopper stand or on a nearby wall.

You use these same heater blower units in a central drying system but in that case, dry air is supplied to the HB from the central dryer and the process air is re-circulated back to the dryer.

In either case, it is important to provide an HB with a blower large enough to ensure sufficient airflow through the hopper.

Screw conveyor consists of a spring steel or stainless steel, flexible screw that is enclosed in a flexible or rigid plastic tube, or a rigid steel tube, and driven by an electric motor normally located at the discharge end of the conveyor. This simple design delivers efficient performance and high reliability while reducing maintenance and cost. When properly engineered according to the specific characteristics of the material being conveyed and the process into which it will be integrated, a flexible screw conveyor can outperform rigid screw conveyors, bucket elevators, drag chain conveyors, aero mechanical conveyors and other equipment intended to transport powder and bulk solid materials.

The intake end of a flexible screw conveyor tube is typically equipped with a charging adapter a U-shaped trough that connects to the outlet of a hopper or directly to the outlet of process equipment such as a bulk bag discharger, bag dump station, and grinder, crusher, screener, blender, reactor or storage vessel of any kind.

The flexible screw passes through the charging adapter trough, exposing a section of the screw to material flowing into the trough from above. When rotating, the exposed section of screw feeds material into the outer tube, where it is then propelled through the tube by the enclosed portion of the screw.

A phenomenon resulting from the loose fit of a rotating flexible screw within a tube filled with bulk material is that the screw automatically self-centers within the tube, providing clearance between the screw and tube wall. This affords sufficient space for particles to flow without damage, depending on the fragility and size of particles being conveyed.

A removable clean-out cap covers the intake end of the conveyor tube, permitting rapid emptying and flushing of the tube, as well as disassembly and wash-down of components.
Because the intake end of the screw requires no bearing, and since the discharge end is coupled to the motor drive above and/or beyond the point at which material exits the discharge spout, material does not come in contact with seals or bearings. The flexible screw is therefore the only moving part contacting material.  

Descriptionl.  

Advantage [single to six station]: absolutely eliminated ideal time maximum utilization of tape plant easy to operate in six station cutter, cutter will be changed after 12 days. payback: a. Power saving: in each stoppage it takes minimum of 20 minutes to stop + 60 minutes to change mesh + 20 minutes to start = the total time is 100 minutes in hole of this time total system is on means power loss is 60 minutes of working load = 150 units [power saving per month =150 units x 30 = 4500 units] a. Power saving: if we dont stop the plant twice in day we will get minimum one-hour production more. one hour production = 150 ~200 kg. hence, the pay back period is only 2-3 months.

Vibro sifters are circular gyratory screens used for separating mass composition of solids, liquid from solid and for gradation of materials as per particle sizes. These machines feature robust construction, smooth operation and low maintenance cost. Our range of vibro sifter are available in different specifications at the competitive prices.

Operation:

• Vibration is generated in three different planes along the vertical axis by means of a specially designed vibratory motor having off centered weights at the top and bottom end of the motor shaft
• The angle of lead of the lower weight to the upper weight provides variable screening pattern & output

Salient features:

• Available in standard and GMP models with contact parts fabricated from stainless steel (304 / 316 )
• Portable unit with higher output
• Double and triple deck unit with different screens can be provided
• Easy to dismantle for cleaning screens
• Noiseless, maintenance free unit

Technical Specification:

Multi mill machines are widely used for wet and dry granulation, pulverisation etc. These machines find application in pharmaceutical, chemical, bulk drug, cosmetic, dyestuffs and food processing industries. The unit consists of vibro sifter, tablet coating pan, spray coating machine and dust extractor. Our multi mill machines can be customized based on the specific requirements of the clients.

Operation

• SS beaters having knife and impact edges rotate within a selected screen
• The material fed in the hopper enters into the processing chamber where it moves to the pentery and passes through screen
• Output & quality of final products depend on (I) shapes of beaters (Knife/ impact edge) (ii) speed (iii) size of screen

Salient Features:

• All contact parts SS 304/ SS 316
• Direction of beaters can be changed by reversible switch from knife to impact toward and vice versa
• All contact parts can be easily and quickly dismantled for cleaning
• Machine is designed for continuous operation
• Castors are provided for mobility of the machine
• Flame proof electrical can be provided at extra cost
• Beaters and scraper blades are hardened and hard chrome plated

Technical Specification:

Our range of tablet coating pans is extensively used for sugar and film coating of tablets, pallets and granules. The unit comprises of ellipsoidal shaped pan fabricated using stainless steel sheet and mounted on the gearbox shaft, which is driven by an electric motor. These tablet coating pan are available in standard and GMP model with SS 304 or 316 contact parts.

Features:

• The complete drive unit is enclosed in a sturdy cabinet
• Hot air blower with flexible SS Pipe heaters are provided with thermostat control for fast drying

We have in store for our customers a quality range of mass mixers and paddle mixers that is ideal for mixing dry or dump material and also used for tablet granulation. The mixer has a 'U' shaped trough, discharge valve, solid SS end plates, and SS shaft with specially designed paddles. To enhance easy operation, the shaft is coupled with heavy-duty gearbox and motor.

Description:

• The shaft is supported on heavy duty bearing blocks at both the ends and provided with Teflon seals & stuffing box
• Top cover is provided with acrylic sheet for easy visibility during mixing operation
• The motor-gear box assembly is completely covered in enclosure control panel box is provided with the machine with reverse and forward switch for the shaft
• MS parts are epoxy painted or cladded with SS sheet for GMP model
• All SS parts are polished to mirror finish from inside and outside parts are malt finished

Salient Features:

• Standard and GMP model with contact parts in SS 304 / SS 316 quality
• Specially designed flush type outlet valve or butterfly valve (optional)
• Top cover with acrylic sheet
• The cover is connected to limit switch for the safety purpose
• Machine automatically stops as soon as the cover is opened during the operation for the safety of operator
• Shaft sealing at inside and out side with Teflon bush and SS stuffing box at outside
• Solid stainless steel end covers and frame work on the trough in even standard models for long trouble free life of the machine

Technical Specification:

We offer our clients quality range of tray dryer and ovens that is used for the best drying results in conventional process. Designed in compliance with the international quality standard, the dryer has a double walled cabinet with one or two doors. To avoid heat transfer, the gap between two walls is filled with high-density fiber glass wool insulation material. Stainless steel trays are placed on the movable trolley.

Capacity: 6, 12, 24, 48, 96, 192 trays.

Features

• Doors are provided with gaskets
• Stainless steel trays are placed on the movable trolleys
• Dynamically balanced axial flow type blower fans are provided for uniform air circulation in the drying chamber during process
• Machine is provided with control panel board with process timer
• Digital temperature controller cum indicator
• Standard & GMP models available with SS 304/ SS 316/ MS internals & externals
• Stainless steel tray in SS 304/ SS 316 quality
• All stainless steel 304 / 316/ 316L construction for pharmaceutical applications or external mild steel with SS internal contact parts
• Electric, steam, thermic fluid heating
• Control panel board with process timer (Circular chart recorder can be provided on demand at extra cost)
• Sturdy trolleys with castor wheels
• Air filter at inlet (Hepa filter can be provided on demand at extra cost)
• Easy accessibility of impellers for cleaning
• The exhaust duct, blower & air inlet filters can be custom built to keep out of the production area with suitable ducting

Technical Specification:

Our fluid Bed is designed to dry products as they float on a cushion of air or gas.These dryers find extensive application in chemical, food, dyestuff, and polymer industries for fast and efficient drying. The contact parts of the dryers are made using SS 304 and 316 grades. Our fluid dryers integrate fully automatic control panel box with process timer, pneumatic lifting of container, digital temperature controller cum indicator, pneumatic finger bag shaking, voltmeter, ammeter and earthing system.

Operation:

• Due to induced draft created by specially designed heavy-duty fan, the atmospheric air is drawn through air filter
• The filtered air is then heated to the required temperature by electric/ steam radiator
• The hot air passes through the product container and the product is dried by air fluidization
• The air circulation is controlled by damper
• The filter bag prevents fine particles from carrying over to exhaust air stream

Selection:

• Selection of capacity of fluid bed dryer depends upon bulk density, drying temperature and moisture contents of wet material to be dried
• In case of 120 Kg model a batch of 145 Kg wet material can be loaded provided the bulk density of the material is 0.6 Kg. /Lit. (Approx)
• Pharmaceutical granules with 20-25% moisture can be dried in 30-45 minutes at 800 C approximately

Optional:

• Available in standard and GMP model with SS 304 / SS 316 quality
• Pneumatic container lifting and bag arrangement
• Intrinsically safe earthing system
• Flame proof motor and electrical
• Hepa filters can be provided on demand

Salient Features:

• Better productivity and lesser drying time with less handling
• More hygienic
• Uniform drying at low temperature
• Static grounders to eliminate electro static charges
• SS Product container with trolley & tilting arrangement
• Models available from 2 Kg to 300 Kg capacity

Technical Specification:

We are engaged in manufacturing a wide range of Autoclave, industrial autoclaves & Steam sterilizer that is sturdy in construction as it is manufactured using plates of appropriate thickness to prevent buckling under vacuum or bulging due to pressure.

1. Neelam Autoclave or Steam Sterilizer will be in sturdy construction using plates of appropriate thickness which prevents buckling under vacuum or bulging due to pressure.
2. Fully automatic by means of PLC base controls, which operate pneumatically actuated solenoid valves. Provision of four different cycles and programmes.

1. Standard Cycle Operating Pressure -1 Bar to + 4 Bar

• Heat up- ster hold (121°C) - exhaust
• Heat up- ster hold (134°C)- exhaust

The technique uses the method of gravity air removal to ensure uniforms steam distribution and penetration.

Steam trap equipped with air vent ensure maximum air removal. Useful for sterilization of glass containers i.e. ampules, vials, glass bottles etc. It is also useful for Sterilization of glass wares, utensils, vessels, instruments, rubber articles linen etc.

We are offering a wide range of Dry Heat Sterilizer and Industrial Heat Sterilizer.

Salient Features

• Total GMP model
• Class 100 filter provided at air inlet in chamber.
• Pre Filter Provided at air inlet & outlet.
• In Micro Processor for process operation with 10 programme
• 8 Channel temperature scanning with processor
• Mimic display on control panel
• Cooling attachment for rapid cooling
• Document like DQ, IQ, OQ, PQ provided.

Neelam ETO Sterilizer will be in sturdy construction using plates of appropriate thickness which prevents buckling under vacuum or bulging due to pressure. Made as per I.S. 3829 or ASTM Specifications.

1. Standard Cycle Operating Pressure-1Bar to + 2 Bar

• This technique uses near 100% air removal from sterilization chamber which results in better temperature uniformity in the chamber because of the absence of air pockets ie. Cold spots.
• This technique increases the penetration of Eto gas in porous products from which removal of air is difficult.

2. Vacuum drying at the end of sterilizing hold period ensures drying of the material which has been sterilized it is useful for ampoules in cassettes, small items of processing and packaging equipment entering the class 1 area and processing drums, garments, fabrics, drying, rubber bungs vessels machine parts, liquids in bottles and PVC pouches etc.

3. Leak Test Cycle for periodic testing of door integrity and pipeline connections & detecting leakage ampoules.

4. Another HP HV Cycle with post vacuum pulses can be provided, if required for special purpose. SS Construction with internal jacket plus Non contact part SS 304

The unit is mounted on sturdy tubular stand with level adjustment facility.

The jacket is made special technology (Dimple Jacket) which ensures better heat distribution in Chamber. And low cost operating fast sterilizing cycle.