CX Series Permanent Magnetic Drum Separator

     ** -- 2^nd-stage surface average magnetic field intensity of the single-drum/double-drum version.

Note: * -- 1^st-stage surface average magnetic field intensity of the double-drum version.

135-165

<1

250

220

180-190

1500

1050

CX1015

160-190

<1

250

220

180-190

1800

1050

CX1018

190-220

<1

250

220

180-190

2100

1050

CX1021

220-260

<1

250

220

180-190

2400

1050

CX1024

260-330

<1

250

220

180-190

3000

1050

CX1030

Scavenger Zone

Avg.

Capacity (m³/h)

Feed Size (mm)

(mT)

2^nd-stage M.F.I.**

(mT)

1^st-stage Avg. M.F.I.*

Drum Length (mm)

Drum Diameter (mm)

Mode

Specification

Permanent Magnetic Separator

Main Technical Parameters of the Modified CX Series

Please specify the mounting mode of the drive unit (left side or right side), the feeding position and pipe size.

Notes on Ordering

The pulp first enters the feed box via the feed inlet and then flows into the trough by gravity. The magnetic materials are collected on the drum surfaces magnetic zone. When the drums magnetic zone moves into the concentrate zone, the magnetic materials are removed by a flexible scraper and fall down into the concentrate tank while the remaining pulp enters the tailings tank and is discharged from the tailings outlet.

Operating Principle

     Single-drum and double-drum version are available

     Different trough design patterns are available, i.e. counterflow (N), semi-counterflow (B) and downflow (S), and the drive unit is mounted either on right side or left side

     It is advanced in technology, high in reliability and easy to operate and maintain for the optimized design of the separator and its parts

     The separator is high in magnetic flux density because of the use of neodymium-iron-born rare-earth compound magnetic system

Technical Features

The CX series permanent magnetic separator is a modified version developed by Tangshan Huili Technology Co. Ltd. It features the use of a compound magnetic system which is composed of the strontium ferrite covered with neodymium-iron-born permanent magnetic blocks. As compared with a conventional wet-type magnetic separator with a weak magnetic field, it has a much higher magnetic flux density which is about 200-220 millitesla on average (The distance between drum surface and magnetic pole: 10mm). In the tailings scanveger zone, the magnetic flux density is increased to an average of 240-250 millitesla. It is an ideal equipment for recovery of magnetite powder in coal cleaning plant using heavy-medium process.

Introduction

Introduction
It is an ideal equipment for recovery of magnetite powder in coal cleaning plant using heavy-medium process.