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DM50 Asphalt Drum Mix Plants

Name: DM50 Asphalt Drum Mix Plants
Brand: NILANG ASPHALT EQUIPMENTS PVT. LTD.
Price: 4000000 INR
Availability: InStock

Price 4000000 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

DM50 Asphalt Drum Mix Plants Specification

Coverage Area
3.05 m Charging Width

Mount Type
Stationary

Hopper Capacity
2.0 MT

Fuel Type
Diesel

Hole Size
45 x 45 mm Mesh

Driven Type
Cradle Type Chain Drive

Working Width
3.05 m

Tank Material
Steel

Type
Asphalt Drum Mix Plant

Material
Mild Steel

Capacity
140 TPH

Computerized
No

Automatic Grade
Automatic

Cooling System
Water Cooled

Vibration Frequency
Inclined Circular Vibration

Drum Diameter
1.8 Metre

Power
Blower 15 kW, Drum Drive Motor 30 kW

Size
7.3 x 1.8 m Drum

Color
Yellow/Grey

Voltage
220V

Slinger Conveyor
500 x 15025 mm

Load Out Conveyor
600 x 20300 mm

Wet Dust Collector
Ventury Type

Feeder Conveyor
600 x 25600 mm

Feeder Bin Vibrator
0.18 kW

Feeder Bins
4 nos.

Model No
DM50

Nos. of Cones
21

Screen Mesh Size
45 x 45 mm

Over Size Removal
Inclined Circular

Feeding Capacity
140 TPH

Bitumen Pump
115 LPH

Gob Hopper Motor
5.5 kW

Usage
Asphalt Road Building

DM50 Asphalt Drum Mix Plants Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units, , Per Month

Delivery Time
15 Days

About DM50 Asphalt Drum Mix Plants

DM50 Asphalt Drum Mix Plant is considered as an integral part of asphalt road construction projects. Manufactured in India, this plant adopts inclined circular vibration screening technology for excellent screening result and also to reduce machine downtime. DM50 Asphalt Drum Mix Plant boasts of having 2.2 kw drive motor with energy efficient operation, 3.7 kw slinger conveying motor and gob hopper drying motor. This plant has total 21 cones. Being an environment friendly plant, DM50 is equipped with ventury type wet dust collector to keep surrounding environment pollution free. The plant has 770 / 9.5 LPH / Mw capacity burner for effective melting of bitumen which is pumped by its 115 lph pumping system.

Specification

Usage/Application	Asphalt Road Building
Brand	Nilang
Country of Origin	Made in India
Feeder No. of Bins*/ Total Capacity	4 / 25 Nos / m3
Feeder Charging Width	3.05 m
Feeder Aux Conveyor Motor	4 x 1.5 kW
Feeder Gath Conveyor Belt ( W x L )	600 x 25600 mm
Feeder Bin Vibrator	0.18 kW
Feeding Capacity	140 TPH
Over Size Removal Screening Method	Inclined Circular Vibration
Mesh Size	45 x 45 mm
Drive Motor	2.2 kW
Slinger Conveyor Belt ( W x L )	500 x 15025 mm
Slinger Conveyor Motor	3.7 kW
Thermo Drum Dryer ( L x D )	7.3 x 1.8 Metre
Thermo Drum Drive Type*	Cradle Type Chain Drive
Thermo Drum Drive Motor	30 kW
Burner Capacity	770 / 9.5 LPH / Mw
Blower Connected Load	15 kW
Thermo Drum Exhauster	16500 / 30 cfm / kW
Load Out Conveyor Belt ( W x L )	600 x 20300 mm
With Gob Hopper Drive Motor	5.5 kW
Gob Hopper Capacity	2.0 MT
Bitumen Pump Capacity	115 LPH
Nos. of Cone	21 Cones
Dust Screw Drive	1.1 kW
Wet Dust Collector CV Series Type	Ventury Type
Wet Dust Collector CV Series Exhauster	17500 / 37 cfm / Kw
Model No	DM50

Seamless Asphalt Production

The DM50 Drum Mix Plant offers a practical solution for large-scale road construction. With a feeding capacity of 140 tons per hour, it handles demanding workloads efficiently. Its automatic operation and sturdy mild steel frame ensure long-lasting performance, making it a preferred choice for contractors and project managers handling complex asphalt jobs.

Efficient Material Handling and Safety

Engineered with four feeder bins, a vibro motor, and multiple conveyors, the DM50 ensures smooth material flow throughout the process. Features like the inclined circular vibration system and effective wet dust collector reduce airborne materials, promoting safety and cleaner work environments at construction sites.

FAQ's of DM50 Asphalt Drum Mix Plants:

Q: How does the DM50 Asphalt Drum Mix Plant streamline asphalt road building?

A: The DM50 facilitates efficient asphalt production by integrating a 140 TPH feeding capacity, automated feeder bins with vibrators, and synchronized conveyors. This setup ensures steady material flow and consistent mix quality, streamlining the entire asphalt laying process.

Q: What type of maintenance is required for the DM50 model?

A: Routine maintenance for the DM50 includes regular inspection of conveyor belts, lubrication of the chain drive, checking the bitumen pump, and cleaning the wet dust collector. Proper attention to the water-cooled system and motor health ensures optimal performance and longevity.

Q: When is the DM50 Drum Mix Plant most beneficial to use?

A: The DM50 is particularly advantageous for mid-to-large scale road construction projects requiring continuous asphalt production at up to 140 tons per hour. Its design suits highways, urban roads, and industrial zones where productivity and reliability are vital.

Q: Where can the DM50 Asphalt Drum Mix Plant be installed?

A: This plant is intended for stationary use and is best installed at designated construction sites with ample space for its components. Its robust build allows deployment in diverse locations across India, especially where large-scale paving projects are underway.

Q: What is the process flow in the DM50 Drum Mix Plant?

A: Aggregates are stored in the four feeder bins, measured, and conveyed by vibrators into the drum, where bitumen is pumped in at 115 LPH. The mixture is then heated, mixed, and discharged through the load out conveyor. Oversized materials are removed via an inclined circular screening system, and dust is collected using a ventury-type wet dust collector.

Q: How is material quality ensured in this asphalt plant?

A: Material quality is maintained by precise feeding mechanisms, mesh screens with 45 x 45 mm sizing, and controlled mixing inside a steel drum. Wet dust collection and consistent vibration further safeguard aggregate purity and enhance the finished asphalt's quality.

Q: What are the benefits of choosing the DM50 Drum Mix Plant?

A: Key advantages include high throughput, reliable operation, effective dust control, automatic controls, and durable construction. These factors help reduce downtime, improve road longevity, and provide cost-effective solutions for asphalt production and application.

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