Welcome to TradeKey, Join Free | Sign In

or
❯
Contact Us
❯
BOOK A CALL
Book Call On Your Favorite Time

By Signing Up. I agree to TradeKey.com Terms of Use, Privacy Policy, IPR and receive emails related to our services

Get Verified Buyers & Suppliers

Avail Free Consultation

By Signing up. I agree to TradeKey.com Terms of Use, Privacy Policy, IPR and receive emails related to our services

no thanks


Large-scale magnetic chosen separator

  • China China  
  • Quantity Required: 60 sets
  • Last Updated:
    Posted on: 23 Aug 2024

  • Destination Port: shanghai tianjin as you request
Buyer Information

RFQ Details

The CT permanent magnetism barrel type magnetic separator produced in our company is suitable for magnetite, pyrrhotite, roasting ore, ilmenite, which are wet magnetic, and other materials below granularity 3mm material . It is also used in industry of coal, nonmetalliferous ore, building materials.
The magnetism department of CT magnetic separator brand Shanchuan is made of the high quality ferrites material or made with the rare earth magnet steel. The average magnetic induction intensity on the tube surface is 100~600mT. According to the userneed, we may provide many kinds of different surface strength magnetic separator, such as afloat, half adverse current and the adverse current. This kind of production is a product which has simply structure and a large numbers of processions. Importantly, it is easy to operate and easy to maintain.
Technical parameter
Model Tube diameter
mm Tube Length
mm kA/m Procession
t/h mm Power
KW Height
t
CT406 400 600 80 0.55 0.4
CT603. 600 300 0.55 0.4
1.1 0.95
CT609 600 900 1.5 1.3
CT612 600 1200 20 1.5 1.5
CT618 600 1800 30 1.5 1.8
CT712 750 1200 30 1.5 2.0
CT718 750 1800 45 3.0 2.2
CT724 750 2400 65 3.0 2.5
CT918 900 1800 4.0 2.8
CT924 900 2400 4.0 3.5


People who quote for this RFQ also looked at

Refine by popular tags

mining equipment magnetic separator manganese chosen machine

Recommended RFQs

Connect with us:

Copyright © 2024 TradeKey.com

Created in 0.38052 seconds