On October 24, 2026, the Forum on Large-Scale Intelligent Magnetic Separation Equipment and High-Quality Mining Development opened in Lianyungang, Jiangsu, China.
The event brought together industry experts, researchers, mining companies and mining equipment manufacturers. It also featured a new product launch and an on-site demonstration of large-scale magnetic separation equipment.
Shandong Huate Magnet Technology Co., Ltd. presented two flagship products:
★LHGC-8000 Max Intelligent Vertical Ring High Gradient Magnetic Separator
★CGC-1000 Ultra Plus Intelligent Helium-Free Superconducting High Gradient Magnetic Separator
The launches mark another step in Huate’s work on large-scale, intelligent and advanced magnetic separation equipment.
1. Industry Experts Gather to Discuss the Future of Mining
The forum was jointly organized by the China Metallurgical Mining Enterprise Association, the China Heavy Machinery Industry Association and the National Vanadium-Titanium Industry Alliance.
Shandong Huate Magnet Technology Co., Ltd. and Xin Qili New Materials Co., Ltd., among other organizations, co-hosted the event.
Attendees included academicians, university researchers, mining companies, research institutes and industry representatives from China and abroad.
Representatives from organizations such as Vale and Rio Tinto also attended. Their participation helped create opportunities for technical exchange and industry cooperation.
Discussions focused on the development of large-scale mineral processing equipment and the role of intelligent technologies in modern mining.
2. Huate Launches Two Flagship Magnetic Separators
A key highlight was the launch of two new magnetic separation systems. Huate President Wang Qian introduced the products under the theme “Breaking Boundaries: Flagship Equipment for the Next Generation of Mining.”
LHGC-8000 Max Intelligent Vertical Ring High Gradient Magnetic Separator
The LHGC-8000 Max is a new flagship model in Huate’s intelligent vertical ring high gradient magnetic separator portfolio.
It builds on the Huate‘s development of large-diameter vertical ring separators, including its 5-meter, 6-meter and 7-meter models.
The launch reflects Huate’s continued focus on larger equipment, intelligent operation and the evolving needs of modern mineral processing.
Key themes include:
● Large-scale magnetic separation equipment.
● Intelligent equipment operation and control.
● Continued development of high gradient magnetic separation technology.
● Support for more efficient mineral processing systems.
The actual performance of a magnetic separator depends on ore properties, particle size, process design and operating conditions. Project-specific testing and equipment selection are therefore important.
CGC-1000 Ultra Plus Intelligent Helium-Free Superconducting High Gradient Magnetic Separator
Huate also introduced the CGC-1000 Ultra Plus, an intelligent superconducting high gradient magnetic separator featuring a helium-free design.
The product represents another development in Huate’s superconducting magnetic separation technology.
The name highlights two key design directions:
◆ Ultra: The pursuit of stronger magnetic field gradients.
◆ Plus: A focus on larger processing capacity and helium zero cooling.
Superconducting magnetic separation technology can be relevant to applications that require the separation of fine or weakly magnetic materials. The suitability of a specific system depends on the material, target product quality and process requirements.
For mining companies and mineral processors, selecting the right technology starts with understanding the feed material and the desired separation results.
3. Technical Exchange on Intelligent Mineral Processing
During the forum, Huate Executive Vice President Liu Fengliang reviewed the development of large-scale permanent magnet, electromagnetic and superconducting magnetic separation equipment.
His presentation also covered emerging technologies in intelligent mineral processing, including:
● Combined separation processes.
● Digital twin technology.
● Intelligent equipment monitoring and maintenance.
Other experts shared research and engineering experience in vanadium-titanium magnetite beneficiation, gold tailings recovery, high purity quartz processing and sensor-based ore sorting.
These discussions highlighted the need to connect equipment development with real mineral processing requirements.
Large mining equipment can also create opportunities for centralized control and process integration. Actual benefits must be assessed against each plant’s feed conditions, flowsheet and operating targets.
4. Industry Cooperation and Project Collaboration
The event included signing ceremonies for the two new products and a joint initiative focused on efficient mineral separation and improved mine performance.
Huate signed agreements with universities, research institutes and mining companies. Participating organizations included China University of Mining and Technology, the Institute of Mineral Resources Comprehensive Utilization under the Chinese Academy of Geological Sciences, Angang Group Mining Design and Research Institute, and Dazhong Mining.
These partnerships aim to strengthen cooperation among mining equipment manufacturers, research institutions and mining operators.
Such collaboration is important for moving technical advances from research and development into practical mineral processing applications.
5. On-Site Demonstration of Large-Scale Magnetic Separation Equipment
After the forum, attendees visited the demonstration area to observe the 7-meter intelligent vertical ring high gradient magnetic separator and other large-scale magnetic separation equipment.
Huate’s technical team explained the equipment’s main technical features, energy-related advantages and intelligent control system.
The demonstration gave participants a closer look at Huate’s equipment development and provided an opportunity for direct technical discussion.
For mineral processing projects, on-site demonstrations can help engineering teams understand equipment design, control systems and potential integration requirements.
6. Huate’s Continued Focus on Mining Innovation
Huate has worked in magnetic technology for more than three decades. The company continues to develop magnetic separation and related equipment through design and research, engineering and industry cooperation.
The forum brought together new product launches, technical presentations, cooperation agreements and equipment demonstrations. It also highlighted the growing role of large-scale and intelligent equipment in the development of modern mineral processing.
Huate will continue to focus on technological innovation and equipment development to support the evolving needs of the mining industry.
FAQ
Q: What magnetic separation equipment did Huate unveil at the forum?
A: Huate unveiled the LHGC-8000 Max Intelligent Vertical Ring High Gradient Magnetic Separator and the CGC-1000 Ultra Plus Intelligent Helium-Free Superconducting High Gradient Magnetic Separator on October 24, 2026.
Q: What technologies were discussed at the mining forum?
A: The forum covered large-scale magnetic separation, permanent magnet and electromagnetic technologies, superconducting magnetic separation, digital twins, intelligent equipment operation and mineral processing innovation.
Q: Why is large-scale magnetic separation equipment important for mining?
A: Large mining equipment can support higher single-unit processing capacity and centralized process control. Actual gains in throughput, energy use and operating cost depend on the ore, process design and operating conditions.
Q: How can mining companies select suitable magnetic separation equipment?
A: Equipment selection should consider ore composition, magnetic properties, particle size, required product quality, processing capacity and plant conditions. Ore testing and technical evaluation can help identify a suitable solution.
Looking for a magnetic separation solution for your mineral processing project?
Contact Huate to discuss your ore characteristics, processing goals and equipment requirements. Technical recommendations should be based on material testing and project-specific conditions.
Post time: Oct-28-2026