HPGR ANCILLARY EQUIPMENT

In addition to providing system solutions, our company also provides customers with supporting equipment for High Pressure Grinding Rolls (HPGR) such as Ultra-Fine Dry Classifying Screen, Dry magnetic separator and new-type separator for mines.

HZ series ultra-fine dry screen

The efficient ultra-fine dry screen specially developed for HPGR is capable of ultra-fine screening of 0.5mm materials, and the single processing capacity reaches 1,000t/h at least.

With the efficient and ultra-fine particle classifying patented screen surface technology and the anti-blocking design of screen holes, the screening efficiency is more than 85%
High-frequency, low-amplitude and high excitation force design
Excellent combined screen surface design, effectively extending the service life of screen
Ultra-high frequency vibration, without blocking of screen holes
Secondary vibration isolation, almost without impact on the foundation
High precision vibration exciter, with the noise lower than 80dB
Complete set of sensors, with screening parameters accessed to PLC and unattended mode
Simple screen plate installation, and modular design
Fully sealed structure of screen, resulting in excellent dust prevention and collection
Compact structure, less space occupation, and investment saving

HZ Series Ultra-fine Dry Screen

Table of Main Technical Parameters

Specification & Model	Processing Capacity	Feed Size	Feed Moisture	Lower Screen Aperture	Screening Efficiency	Motor Power
HZ500A	400-700 t/h	<75 mm	≤4%	0.5 mm	>85%	30x2+15x2 kW
HZ850A	700-900 t/h	<75 mm	≤4%	0.5 mm	>85%	37x2+15x2 kW
HZ1000A	900-1100 t/h	<75 mm	≤4%	0.5 mm	>85%	45x2+22x2 kW
HZ1250A	1100-1400 t/h	<75 mm	≤4%	0.5 mm	>85%	55x2+22x2 kW
HZ350B	600-800 t/h	<75 mm	≤4%	0.5 mm	>85%	30x2 kW
HZ500B	900-1100 t/h	<75 mm	≤4%	0.5 mm	>85%	37x2 kW
* The above selection parameters are only for reference. The specific selection parameters shall be based on the experimental screening data, and will be provided after the design of the screening process plan.

PDM series dry magnetic separators

Introduction to the strengths and characteristics of the PDM series ore fines dry separators:

Developed for the dry separation of the micro-fine particle materials. Unique magnetic system design and the rotating gradually varied magnetic field. Effectively solves the problem of the fine particle inclusions during the dry separation to obtain high-grade dry separation concentrates and to simultaneously discard the tailings.
Applicable to the dry magnetic separation of magnetite and other materials less than 3mm. Combined with the HPGR process, concentrates, middlings and tailings can be obtained after the primary grading. Besides, the middlings can be returned to the HPGR for grinding again, further improving the ore liberation and concentrate grade, and also reducing the loss of magnetic iron in tailings.
Large processing capacity, simple structure, convenient maintenance and good sealing properties.
For energy conservation, the permanent magnet system is adopted. Without the consumption of magnetizing current, and the equipment operation cost is low. For water conservation, dry separation is adopted.

PDM Series Dry Magnetic Separators

Table of Main Technical Parameters (Partial)

Specification & Model	Drum Diameter x Width	Feed Moisture	Throughput	Feed Size	Motor Power
PDM1200/2000	1200x2000 mm	≤1%	150-250 t/h	0-3 mm	15+30 kW
PDM1200/3500	1200x3500 mm	≤1%	300-500 t/h	0-3 mm	30+55 kW
* The above technical parameters are only for reference. The specific selection parameters shall be based on the experimental data, and will be provided after design of the process plan.

CLXT series separator for mining

Applied in the industry of metallurgical mine, for high-density materials and micro-fine particle dry classification

The central feeding and improved spreading tray enable that materials are more evenly distributed with high efficiency of powder separation
With the lower air outlet structure, the feeding capacity and output are larger under the same air volume condition, and the power consumption of system is reduced
The rotor height is properly increased, prolonging the particle separation, improving the efficiency of powder concentrator, and enabling more stability in the grading performance
Compact structure, aerodynamics optimal design, low resistance of equipment, and low power consumption
Simple operation, convenient fineness adjustment, and low equipment maintenance cost

CLXT Series Separators for Mining

Table of Main Technical Parameters (partial)

Specification & Model	Air Volume	Feed Volume	Finished Product Output	Finished Product Fineness	Motor Power
CLXT2650	255000-345000 m³/h	638-863 t/h	255-345 t/h	P80≤0.074 mm	160 kW
CLXT40120	612000-828000 m³/h	1530-2070 t/h	612-828 t/h	P80≤0.074 mm	280 kW
* The above technical parameters are only for reference. The specific selection parameters shall be based on the experimental data, and will be provided after design of the process plan.