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4R X 10D Nilang Bitumen Drum Decanter

Name: 4R X 10D Nilang Bitumen Drum Decanter
Brand: NILANG ASPHALT EQUIPMENTS PVT. LTD.
Price: 2225000 INR
Availability: InStock

Price 2225000 INR/ Plant

Get a Price/Quote

MOQ : 1 Unit

4R X 10D Nilang Bitumen Drum Decanter Specification

Diameter
Standard Drum Size (approx. 560 mm)

Torque
High Torque Drum Tilting Mechanism

Phase
Three Phase

Shape
Rectangular

Product Type
4R X 10D Nilang Bitumen Drum Decanter

General Use
Melting and Decanting Bitumen from Drums

Material
Mild Steel

Type
4R X 10D

Capacity
6 to 10 Tons Per Hour

Weight (kg)
8500

Computerized
No

Automatic
Yes

Touch Screen
No

Control System
PLC Based

Surface Treatment
Paint Coated

QC System
ISO 9001:2015 Certified

Tolerance
1%

Drawing
Available on Request

Voltage
220 Volt (v)

Dimension (L*W*H)
6300 mm x 2300 mm x 2500 mm

Feature
Continuous loading/unloading, Drum Loading Ramp, Reliable Heating System

Color
Blue/Yellow/Custom

Heating System
Thermic Oil/Hot Air System

Burner Type
Diesel or LDO Compatible

Chamber Type
Fully Enclosed Decanting Chamber

Maintenance Access
Full-Size Service Doors Provided

Working Temperature Range
100C to 160C

Bitumen Output Quality
Residue Free, Homogeneous Bitumen

Number of Drums per Batch
32 to 40 Drums

Drum Loading/Unloading
Hydraulic drum tilter with conveyor discharge

Insulation Thickness
100 mm (Rockwool)

Mobility
Stationary/Skid Mounted

Power Consumption
9-11 kW

4R X 10D Nilang Bitumen Drum Decanter Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
3 Units Per Month

Delivery Time
2-3 Week

About 4R X 10D Nilang Bitumen Drum Decanter

Specification

Automation Grade	Automatic
Country of Origin	Made in India
Usage	For Reheat and melting of Bitumen
Temperature Range	200 Degree C
Model Number	4R X 10D
Material	Mild Steel
Capacity	6-7 TPH
Brand	Nilang

Efficient and Safe Bitumen Decanting

The Nilang Drum Decanter is designed for optimal safety and efficiency. Its fully enclosed chamber, thick insulation, and high-torque hydraulic drum tilter help ensure both operator safety and process reliability. The decanter's continuous loading and unloading capabilities maximize uptime, while the integrated conveyor system automates the movement of empty drums, reducing manual handling and labor requirements.

Superior Bitumen Quality and Output

With a working temperature range of 100C to 160C and advanced heating via thermic oil or hot air, this unit delivers residue-free, homogeneous bitumen ideal for road construction and industrial applications. Automated temperature control and robust heating systems preserve bitumen quality, ensuring consistent output in every batch.

FAQ's of 4R X 10D Nilang Bitumen Drum Decanter:

Q: How does the 4R X 10D Bitumen Drum Decanter maintain residue-free, homogeneous bitumen output?

A: The decanter uses a fully enclosed, thermally insulated chamber and a precise thermic oil or hot air heating system, allowing it to reach optimal melting temperatures (100C-160C). This ensures the bitumen is evenly heated, resulting in a residue-free, homogeneous product.

Q: What is the process for loading and unloading drums in the decanter?

A: Drums are loaded onto a hydraulic drum tilter which lifts them efficiently into the enclosed chamber. After melting, empty drums are discharged using a conveyor system. This continuous, automated process reduces manual labor and improves safety.

Q: When should maintenance be performed, and is access easy?

A: Regular maintenance is recommended as per the manufacturer's guidelines or ISO 9001:2015 standards. Full-size service doors on the decanter provide convenient access for routine inspections and cleaning, ensuring consistent operation and longevity.

Q: Where can the 4R X 10D Drum Decanter be installed?

A: This decanter is suitable for stationary or skid-mounted installations. Its robust design and three-phase operation make it ideal for bitumen processing plants, construction sites, and industrial facilities requiring bulk bitumen supply.

Q: What benefits does the automatic PLC control system provide?

A: The PLC-based control system automates temperature regulation, drum handling, and safety mechanisms. This ensures precise, consistent processing while reducing operator intervention and minimizing human error.

Q: How is the decanter system powered, and what are its electrical requirements?

A: The decanter operates on a 220 Volt three-phase power supply, with a typical power consumption of 9 to 11 kW, making it energy efficient for its capacity and operational demands.

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