Good news! The scientific and technological achievements of Huate Magnetism’s “Pulpant High Gradient Magnetic Separator” won the 2021 Weifang Science and Technology Progress Award

Recently, the “an electromagnetic slurry high-gradient magnetic separator for gold tailings” developed and produced by Huate Company and State Grid Linqu County Power Supply Company has passed the review and publicity organized by the Weifang Science and Technology Award Committee, and won the 2021 The second prize of Weifang Science and Technology Progress Award.

This product is a new type of automatic intelligent magnetic separation equipment in the field of optical-mechanical-electrical integration technology, which can be used for the comprehensive recycling of feldspar in gold tailings, and the iron removal and purification of minerals such as quartz, feldspar, kaolin, and ceramic clay. The electromagnetic slurry high gradient magnetic separator adopts fully-sealed oil-water composite cooling technology, multi-point distribution technology, and is equipped with a unique structure of cylindrical annular material channel, disk-shaped magnetic medium, and cone-shaped magnetic pole structure, which can effectively reduce non-metallic minerals. The content of magnetic substance. At present, the product has accumulatively authorized 2 national invention patents, 10 utility model patents, 6 papers published, 1 industry standard, 1 software copyright, and the main technical performance of the product is at the leading level in China.

This award is a major manifestation of Walter's insistence on implementing innovation-driven development strategy in recent years, accelerating the implementation of industrial structure upgrading, fully implementing the "Made in China 2025" strategy and implementing the transformation of new and old momentum. He is the director of the Municipal Party Committee, Municipal Government, and Municipal Science and Technology Bureau The department affirmed that the company has been insisting on technological innovation and developing intelligent, digital, and large-scale high-end advanced manufacturing technology products.

Typical use case of electromagnetic high gradient magnetic separator

HTDZ-2000 Electromagnetic High Gradient Magnetic Separator Customer Site in Xiamen

A customer from Xiamen, Fujian, ordered an electromagnetic high-gradient magnetic separator with a separation chamber diameter of 2 meters, which is used to purify kaolin ore. The use effect is good. The diameter of the separation chamber of this equipment is currently the largest model in the world.

HTDZ-1500 high gradient magnetic separator Jiangsu customer site

HTDZ-1500 electromagnetic high gradient magnetic separator customer site in Zhanjiang, Guangdong

HTDZ-1200 high gradient magnetic separator customer site in Zhaoqing, Guangdong

The HTDZ1200 high gradient magnetic separator is used in a certain mining industry in Hunan to purify kaolin.

HTDZ1200 high gradient magnetic separator used in a certain mining industry in Jiangxi Purify kaolin.

Technical Service Scope of Huate Beneficiation Engineering Design Institute

①Analysis of common elements and detection of metallic materials.
②The impurity removal and purification of non-metallic minerals such as English, slabs, slides, fluorescents, high mountains, aluminum ore, leaf wax, heavy crystals, etc.
③The beneficiation of iron, titanium, manganese, chromium, vanadium and other ⿊chromatic ores.
④The beneficiation of weakly magnetic minerals such as tungsten ore, tantalum niobium ore, durian, electric, and cloud.
⑤ Comprehensive utilization of secondary resources such as various tailings and smelting slag.
⑥The combined ore beneficiation of colored minerals, magnetic, heavy, and flotation.
⑦ Intelligent sensor sorting of non-metallic and non-metallic minerals.
⑧ Semi-industrial re-election test.
⑨ Superfine powder addition such as material crushing, ball milling and grading.
⑩EPC turnkey processes such as crushing, pre-selection, ore grinding, magnetic (heavy, flotation) separation, arranging, etc. for ore selection.


Post time: Nov-29-2021