Rotary Dryers Dealers in Delhi

• Material: Stainless Steel
• Condition: New
• Application: DRI Sponge Iron Plant, Rotary Dryer
• Feature: Durable, High Quality, Long Life
• Packaging Type: Wooden box
• Type: Rotary Coal Dryer
• Country of Origin: India

We are pleased to introduce Piyali Engineering Corporation, located in Delhi, India. We are leading manufacturer and supplier specializing in the production of Sponge Plant DRI (Direct Reduced Iron) Rotary Kiln & Cooler equipment and vital components for steel plants, alongside catering to a diverse range of industries including sugar mills, cement plants, fertilizer plants, chemical plants, coal washeries, activated carbon plants, and ball mills. With a strong focus on quality and innovation, Piyali Engineering Corporation stands as a trusted provider of cutting-edge solutions across various industrial sectors. With a wide range of offers and a strong customer base, we have been serving the industry for several years.   Our product range includes various capacities of DRI kilns and coolers, Rotary Dryer ranging from 50TPD to 600TPD & 900TPD, along with components such as support rollers, pinions, shafts, shells, combined bearing housing complete assemblies, spring plates, Ball Mill Pinion Shaft, Mill Head End Cover for Ball Mill Manufacturer, girth gears, and more. These offerings are designed to meet the needs of Cement Plants, Power Plants, Steel Plants, Sponge Iron Plants, Chemical Plants, Fertilizer Plants, and various other industries. Explore top-notch Steam Tube Rotary Dryer Equipment at Piyali Engineering Corporation for customized, cost-effective solutions. Our commitment to excellence ensures reliable expertise and high-quality equipment, guaranteeing seamless industrial operations.   Furthermore, we specialize in delivering high-quality Rotary Kiln & Cooler and Rotary Dryer All equipment specifically tailored for 350 TPD and 200 TPD DRI Sponge Iron Plant applications. We specialize in providing all the equipment necessary for your project, including Rotary Kilns and Coolers, ensuring your plant runs smoothly and efficiently. 

• Frequency: 10-20Hz, 30-40Hz, 40-50Hz
• Power: 5kW, 10kW
• Packaging Type: Packet, Carton Box
• Diameter (mm): 3mm-30mm, 30mm-50mm
• Specialities: Shear Strength, Precise Design, Fine Finish
• Motor Power: 10HP, 50HP
• Dryer Capacity: 20-50Kg, 50-60Kg
• Overall Dimension: 1000X800X1500mm

We provide Lube Oil Blending Plant with Automatic Batch Blending (ABB) technology with our state of art software AutoBlend. The full plant can be operated and monitored by touch screen mounted on centralized control panel or web enabled remote device like smartphone or computer. Plant is fully flexible and can accept any numbers of different additives & base oils to make any lube oil. Lubes oil according to standrs of API, JASO, SAE and other well known standards can be made by using our Lube Oil Blending Plant.

• Maximum size :: < 40 mm
• Maximum humidity :: < 50 %
• Biomass ouput :: 1500 kg/h
• Maximum humidity :: < 15%

System Description The dryer system would a conventional rotary dryer. The part of hot gas will first mix with wet material in rotary dryer .Drying would be achieved by intimate mixing of hot gas with the wet material as they travel together in the dryer drum.  The dryer would consist of the following sub-systems :  Hot Gas Generator The hot gas generator consists of a furnace (solid fuel fired ), which generates hot flue gas at 800 - 1000 oC. The temperature of the flue gas is reduced to 400 oC by mixing it with fresh air after it exits the furnace system. The furnace is of refractory construction with one layer of refractory brick, followed by a layer of insulation bricks. The temperature of furnace surface would be restricted to around 100 oC only, by proper insulation. The furnace roof shall be of arch type construction for adequate strength.  The choice of the fuel to be fired would depend on the users requirement and economics of utilisation of the fuel.  The solid fuel furnace would have a horizontal grate for combustion of the fuel fired. The hot gas generator would be divided into two compartments, the one in which fuel would be fired and the second for completing the combustion and reducing the possibility of ash and fire particles carryover into the dryer column.  Material Conveyor The material conveyor would transfer the wet biomass from the feed hopper into the dryer system. The material conveyor would be a belt conveyor of sufficient capacity. It shall be located between the hot gas generator system and the rotary dryer system.  The belt conveyor would be driven by a 7.5 hp AC motor through reduction gear. The motor is provided with a variable speed drive so that the speed of the conveyor can be varied and the quantity of material fed into the system is controlled. Thus, if the moisture content of the wet material is much more than 40%, then the material feed may be reduced and thus the moisture content at the exit can be maintained at the desired levels, and vice versa.  Rotary Dryer & Flash Dryer Columns The rotary dryer will be employed to reduce or minimize the liquid moisture content of the material it is handling by bringing it into direct contact with a heated gas. The dryer is made up of a large, rotating cylindrical tube, usually supported by steel beams. The dryer slopes slightly so that the discharge end is lower than the material feed end in order to convey the material through the dryer under gravity.  Material to be dried enters the dryer, and as the dryer rotates, the material is lifted up by a series of internal fins lining the inner wall of the dryer. When the material gets high enough to roll back off the fins, it falls back down to the bottom of the dryer, passing through the hot gas stream as it falls. This hot gas stream can either be moving toward the discharge end from the feed end (known as co-current flow), or toward the feed end from the discharge end (known as counter-current flow). The hot gas stream is made up of a mixture of air and combustion gases. The wet material would be fed into the system just ahead of the dryer. Adequate spark quenching arrangements would be provided at the entry to the dryer to avoid chances of fire.  Immediately on entering the system, due to the high temperature gradient available there would be instantaneous drying of surface moisture which would bring down the temperature of the hot gas to 200 - 250 oC. The removal of the remaining moisture would be completed in the dryer by direct heat transfer between the material and the hot gas which carries it.  All parts of the dryer would be well insulated by mineral / glass wool type insulation for reducing the heat loss and restrict the surface temperatures to 70 oC.  The entire system would be powered by a centrifugal blower . The blower would be belt driven by an electric motor.  Electricals All electrical motors are controlled from the main panel. The feeder motor speed control shall also be from the panel. The panel would also include temperature indicators of the various drying zones. The electric motors would be provided with Star Delta starters and the remaining smaller motors shall be connected through DOL starters.  The each RAV's shall be driven by motors through a speed reducing gear.  Instrumentation The electrical panel would contain voltmeters and ammeters for the blower motor. The dryer system would be fitted with four thermocouples with the indicator mounted on the electrical panel. These would greatly reduce the risk of fires .  The system shall also be provided with two pressure gages, placed before and after the blower.  Supports All supports for the furnace, feeder, dryer drum etc would be from the ground. The foundation for all supports shall be provided by the client.  The blowers with their motors would be mounted on their own concrete foundations which shall be provided by the client.  Descriptive Specification Quantity The dryer is rated to produce 1500 kg/h of dried biomass with a moisture content of < 15% from an initial moisture content of 50 %.  The rotary dryer can handle materials with a higher initial moisture content, but with a reduced output. The heat required for the dryer can be obtained from either a hot air generator, or from   the exhaust of the gas engine or from other sources (not in scope of supply).  Input raw materials specs Maximum size : < 40 mm   Maximum humidity : < 50 %  Output Biomass ouput : 1500 kg/h   Maximum humidity : < 15%

• Capacity: 1 ton Per Hour
• Automation Grade: Automatic
• Heating Resource: Solid Fuel, Liquid Fuel, Gas Fuel
• Usage: Industrial
• Fuel Type: Steem
• Application: To Dry the Material / Product

• Type: Rotary Dryers
• Application: Drying
• Voltage: 220V, 380V
• Power: 1-3kw
• Warranty: 1year
• Material: Steel
• Automatic Grade: Automatic
• Driven Type: Electric

• Heating Resource: Coal
• Voltage: 240V
• Capacity: 100kg/hr
• Automation Grade: Automatic
• Surface Finish: Coated
• Surface Treatment: Polished

• Weight: 1000-2000kg, 3000-4000kg
• Voltage: 110V, 380V
• Condition: New
• Power: 1-3kw, 6-9kw
• Warranty: 5years
• Application: Chemical Industry
• Automatic Grade: Automatic
• Driven Type: Electric

Salient Features Low Sugar moisture Better hot air blowing system Low sugar loss in sugar drying Better Rotating speed flexibility

• No. of Beakers: 12, 16, and 18.
• Beakers size: 200 ml. 250 ml.
• Display: Digital display of temperature through digital temp. Indicator controller or microprocessor programmer
• Temperature Range: 1000 C
• Accuracy: + 50C
• Material of construction: Machine, outer body, inner chamber, made SS304, and jars made of SS316 grade.
• Electric Supply: 230 Volt AC, single phase

Rota Dyer is an ideal machine for carrying out dying trials under atmospheric conditions for cotton yarn, fabric, and blended fabric, yarn or fiber etc. Machine works on a principal of continuous moving of material as well as liquor and ideally suited for dying a sample up to 1000C +_ 50C . The construction of the machine is that main bath and outer body made of SS304 and panel made of ms dully powder coated. Beaker carriage and jars are made of SS316 grade which are coupled directly with a gear box and rotates at a fix RPM. Automation is provided through a microprocessor controller having 66 programs.  

• Voltage: 240V
• Weight: 2000-5000 KG
• Heating Resource: Gas
• Automation Grade: Semi-Automatic
• Diameter: 700 MM-2520 MM
• Driven Type: GEAR TYPE

• Max Temperature: 150 Degree Celcius
• Capacity: 100-2000 Litres

Batch operations mainly for crystalline free flowing powders Quick opening charging and discharge valves Effective Dust collector system Mechanical Seal for high vacuum applications Easy to clean and maintain

We can offer these dryers with option of customization in different configuration and specification choices. The equipment is made available under categories -Direct HeatersCoolers and Indirect HeatersCoolers.

• Material: Cast Iron
• Specialities: High material strength, Low maintenance, Tough construction
• Capacity: 500 to 50000 kg
• Automatic Grade: Automatic
• Construction: Modular type or Civil
• Product type: Dryers
• Colour: Red

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