Engineered to handle extreme slurry volumes, heavy bed loads, and aggressive particle classification
Navigating high-tonnage extractions with high-frequency multi-deck separation technology
Thick seam mining—predominantly utilized in heavy coal seam extraction, massive iron ore deposits, and bulk industrial mineral operations—presents a unique set of hydraulic and mechanical challenges to modern mineral processing plants. When extracting ore bodies exceeding several meters in thickness, processing plants receive unprecedented volumetric flow rates of run-of-mine (ROM) materials characterized by extreme moisture variance, high fine particle proportions, and heavy bed-load pressure. Traditional single-deck or double-deck vibrating screens frequently fail under these conditions due to blinding, rapid polyurethane wear, inefficient fluid dynamic separation, and massive spatial footprint constraints within existing Coal Preparation Plants (CPPs) and beneficiation circuits.
To solve the bottleneck of ultra-fine wet particle separation in thick seam operations, the Super Stack Screen has emerged as the premier global engineering standard. Designed around a multi-deck parallel flow arrangement, high-frequency low-amplitude vibrations, and high-open-area elastomer screen panels, Super Stack Screening technology dramatically multiplies screening surface area without expanding the machine's physical floor footprint.
Thick seam mining yields massive liquid-solid slurry streams. Super Stack Screens distribute incoming feed evenly across up to 5 stacked decks, drastically reducing fluid velocity and bed depth on each panel.
By pairing high-frequency vibrators (up to 1500 RPM) with flexible polyurethane fine screen mesh, near-size particles are continuously fluidized, preventing screen blinding and surface blinding.
Integrating five independent screening decks onto a single structural frame reduces electrical consumption per processed ton by up to 40% compared to multiple single-deck units arranged in series.
In thick seam coal preparation and metallic mineral processing, fine particle classification (typically targeting sizing between 0.045 mm and 1.0 mm) dictates overall plant yield and concentrate grade. In traditional hydrocyclone circuits, misplaced fine particles frequently recirculate, causing over-grinding, excess energy waste, and loss of valuable minerals into desliming tailings.
The Super Stack Screen for Thick Seam Mining revolutionizes this circuit by serving as a precise physical barrier classifier. When integrated directly downstream of primary grinding mills or thick seam coal desliming circuits, the multi-deck stack separates particles based strictly on physical size rather than particle density, eliminating misplaced fines and boosting downstream flotation recovery rates dramatically.
Global leader in multi-deck high frequency vibrating screens and advanced polyurethane screen media
Fangyuan (Anhui) Intelligent Mining Equipment Co., Ltd. is located in Huaibei, which is known as the "China Carbon Valley • Green Gold Huaibei" energy city in Anhui Province. After decades of continuous innovation and industrial scaling, Fangyuan operates three specialized manufacturing facilities: the Vibration Equipment Factory, the Polyurethane Screen Panels Factory, and the Rubber Screen Panels Factory, encompassing a total footprint of 15,000 square meters.
Supported by a workforce of over 200 dedicated employees and more than 30 senior engineering managers, Fangyuan has evolved over 30 years into China’s flagship enterprise for multi-deck high-frequency vibrating screen machines and specialized high-precision polyurethane panels. As a fully certified High-Tech Enterprise achieving ISO Three System certifications, Fangyuan products are deployed across more than 23 countries worldwide.
Powerful Research & Innovation Background: Anhui Fangyuan established an enterprise R&D center with complete facilities and a high-level scientific research team committed to "production, learning, and research" integration. Partnering with top-tier academic institutions including Beihang University, China University of Mining and Technology (CUMT), Anhui University of Science & Technology, and Huaibei Normal University, Fangyuan continuously pioneers breakthroughs in wet fine screening.
Fangyuan developed fine polyurethane screen meshes in collaboration with Beihang University, successfully breaking foreign market monopolies. Working with CUMT on reducing gravity concentration limits earned the prestigious "Science & Technology Achievement Award". Today, Fangyuan holds technical masteries across the five major global screen panel formulations: European CPU (MDI/TDI) molding panels, heavy-duty rubber panels, Japanese wire-reinforced TPU meshes, American fine polyurethane meshes, and South American Hump-shaped screen panels.
Fangyuan holds self-managed import and export rights, delivering elite mineral sizing equipment to 23+ nations including Australia, Spain, Brazil, Chile, India, Vietnam, Indonesia, New Zealand, and Canada.
Serving over 1,000 active installations across global mining, steel, non-ferrous, and chemical washing sectors
300+ Online Equipment Units: Trusted by over 30 mega-group clients including Shenhua Group, Shandong Energy Group, Shanxi Coking Coal Group, Fenxi Mining Industry Group, Huozhou Coal Power Group, Datong Coal Mine Group, and Yanzhou Coal Industry Group for thick seam coal preparation and fine tailing recovery.
Nearly 1,000 Active Installations: Primary high-frequency fine screen supplier for Baosteel, WISCO, Ansteel, Shougang, Pangang, Laigang, TISCO, Hebei Xinda, Chengde HENGWEI Mining Group, and Hebei Yuantong Mining Group.
Global Mining Leaders: Essential screening technology for Jiangxi Copper, Zhongzhou Aluminum, Zijin Mining, Yunnan Tin Mining, China Nonferrous Metals, and Jiangxi Tungsten. Strategic long-term partnership with Quanhua Mining and Machinery.
Five Core Enterprise Strengths Delivering Unrivaled Processing Reliability
Produced using premium raw materials and high-precision CNC machining centers, guaranteeing high mechanical durability, precise vibration alignment, and stable operational performance under continuous heavy loading in thick seam processing environments.
Fangyuan’s portfolio covers all application fields of mineral beneficiation, coal preparation, aggregate sizing, and chemical separation, providing complete customized solutions tailored to specific plant layouts.
Built upon three decades of engineering excellence, high-touch technical after-sales support, and an uncompromising integrity-first philosophy, the "Fangyuan" brand enjoys high prestige across both domestic and international mineral processing sectors.
Fangyuan prioritizes independent technological innovation, holding numerous national patents for ultra-fine polyurethane screen meshes, anti-clogging multi-deck vibrator designs, and high-wear protective liners.
Our expert team bridges polymer chemistry, mold design, computer simulation, coal preparation, mineral processing, and mechanical engineering. This rich theoretical expertise combined with decades of practical site experience ensures sustained innovation.
"Over the years, we adhere to 'Integrity' and 'Harmony'. User satisfaction is our permanent pursuit. Taking integrity as the foundation, science and technology as driving force—Fangyuan Screen, Global Beneficiation Expert!"
Explore our comprehensive lineup of wear-resistant components, high-frequency screens, and custom liners