Ordinary Discount Forced Oil Cooling Vertical Ring High Gradient Magnetic Separator - Slurry Electromagnetic Separator – Huate
Ordinary Discount Forced Oil Cooling Vertical Ring High Gradient Magnetic Separator - Slurry Electromagnetic Separator – Huate Detail:
Technical Features
◆ Special design of the electromagnetic coils.
◆ Oil & water compound cooling way with high efficiency.
◆ High gradient at the nodes of the magnetic media with better performance.
◆ Low energy consumption, completely automatic operation, low costs of operation and maintenance.
◆ The brake valve is durable and the switch is smooth.
◆ Assisted with vibration motor and high pressure water rinsing, it can remove the ferrous impurities effectively without residue.
◆ The magnetic media adopt the high efficient and inductive stainless steel, which has no residue magnetic power after power-off, and can remove the impurities easily.
Application site
Remarks: feeding concentration according to different slurry to adjust(above parameter suitable to coarse material)
Remarks: feeding concentration according to different slurry to adjust(above parameter suitable to fine material )
Product detail pictures:
Related Product Guide:
Our advancement depends on the superior gear ,superb talents and consistently strengthened technology forces for Ordinary Discount Forced Oil Cooling Vertical Ring High Gradient Magnetic Separator - Slurry Electromagnetic Separator – Huate, The product will supply to all over the world, such as: Hanover, Montreal, Spain, All styles appear on our website are for customizing. We meet up to personal requirements with all products of your very own styles. Our concept is to help presenting the confidence of each buyers with the offering of our most sincere service, and the right product.
By Maud from belarus - 2018.05.13 17:00
We have been engaged in this industry for many years, we appreciate the work attitude and production capacity of the company, this is a reputable and professional manufacturer.
By Maureen from Slovenia - 2018.12.22 12:52