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DJ, DJII High Angle Edge Conveyor

High Angle Edge Conveyor in Perth

Technical Specification of DJ, DJII High Angle Edge Conveyor

Model: DJ, DJII
Applicable materials: Bulk materials with a density of 500-2500kg/m³
Operating temperature: -25°C to 40°C
Conveying capacity: Large capacity (For specific parameters, please consult)
Energy consumption: Low
Structure: Simple and easy to maintain
Conveyor belt: Long service life
Specifications: 500, 650, 800, 1000, 1200, 1400, 1600
Speed: 0.8, 1.0, 1.25, 1.6, 2.0, 2.5, 3.15

Belt width
(mm)
Edge height
(mm)
Max Conveying
capacity   (m³/h)
Tilt angle (9) Speed
(m/s)
Belt width
(mm)
Edge height
(mm)
Max Conveying
capacity   (m³/h)
Tilt angle() Speed
(m/s)
400 60 28 30°~90° 0.8-2.0 1000 200 518 30°~90° 1.0-2.5
80 54 240 708
120 94 1200 160 702 1.0-3.15
500 80 78 0.8-2.0 200 788
120 104 240 1077
160 130 1400 200 942 1.0-3.15
650 80 118 0.8-2.0 240 1329
120 156 300 1613
160 210 400 2457
800 120 248 0.8-2.5 1600 200 1118 1.0-3.15
160 340 240 1578
200 370 300 1934
1000 160 465 1.0-2.5 400 2961

Note: The conveying capacity in the table is calculated based on a tilt angle of 30°. This specification allows for the maximum belt speed and the minimum spacing between partitions. with an inclination angle of 30°.

Overview

The DJ, DJII high-angle edge conveyor is an advanced conveying system specially designed for conveying bulk materials at large angles. This system can efficiently transport various bulk materials with densities ranging from 500 to 2500kg/m³ within a wide temperature range of -25°C to 40°C, and is applicable to multiple industries such as mining, construction, and agriculture. Its unique design makes it an ideal choice for high efficiency, energy conservation, and easy maintenance, especially suitable for scenarios where materials need to be conveyed at steep angles, such as vertical lifting in mines or high-rise material transportation at construction sites.

DJ, DJII High Angle Edge Conveyor Key Features

DJ, DJII High Angle Edge Conveyor Application Field

DJ, DJII high-angle edge conveyors are widely used in the following industries:

Mine:

It is used for transporting bulk materials such as coal and ores, and can efficiently lift ores from the bottom of the pit to the surface, reducing the cost and time of traditional transportation methods.

Construction:

Conveying construction materials such as sand, gravel and cement, especially suitable for vertical material lifting in high-rise buildings.

Agriculture:

Transporting agricultural products such as grains and fertilizers to enhance the efficiency of farm operations.

Other heavy industries:

Suitable for various scenarios that require large-angle transportation, such as ports, power stations, etc.

Choose DJ/DJII High Angle Edge Conveyor for Your Business

Whether vertical lifting or steep slope transportation is required, the DJ/DJII series large inclination belt conveyor can provide efficient and energy-saving solutions. GBC is the sales agent of Ever-power Group in Australia. The products we offer are of superior quality and favorable prices. Currently, they are sold in New South Wales, Victoria, Queensland and other states, covering cities such as Sydney, Melbourne, Brisbane, Adelaide and Perth.
We have many years of manufacturing experience in the field of conveying equipment and offer one-stop services from design, selection to after-sales. All DJ conveyor for loose material products are certified for quality to ensure a stable and reliable performance experience for customers. Contact us immediately to get customized design and quotations!

High Angle Edge Conveyor Review
5

Tomasz Nowak, Technical Director

The DJII High Angle Edge Conveyor was selected for our clinker loading system due to its compact footprint and vertical transport capability. The machine has been running steadily with minimal supervision. What stands out is the belt’s durability—it hasn’t required replacement or major servicing since installation. We also received strong technical support during commissioning. This model has helped us reduce both space usage and maintenance costs.

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