Anhui's 300,000-ton-per-year magnesium-based lightweight alloy project

Anhui's 300,000-ton-per-year magnesium-based lightweight alloy project has selected 12 of our company’s advanced GYQ10064 large-scale, fully automatic, dual-output ultra-high-pressure briquetting machines. The first production line was successfully commissioned in May 2024, with each machine capable of producing 25–30 tons per hour.

Application areas: Primarily used for calcium oxide, calcium hydroxide, calcined magnesium oxide, aluminum oxide, lithium iron phosphate, coal, magnesite powder, nickel ore powder, phosphate ore powder, copper ore powder, and more. Widely applied in the balling processes across industries such as metallurgy, mining, chemical processing, refractory materials, and ceramics.

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Anhui's 300,000-ton-per-year magnesium-based lightweight alloy project

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Ball Press Machine Configuration

Ball Press Machine Model	GYQ10064	GYQ10035	GYQ8535
Pressure roller diameter (mm)	1000	1000	850
Roller skin width (mm)	640	350	500
Design capacity (t/h)	25-30	20-25	12-15
Main motor power (kW)	315	315	250
Pre-compressed motor power (kW)	37x2	45	30
Maximum cylinder thrust (t)	1200	1100	740
Maximum roll skin line pressure (t/cm)	20	28	21
Total Pressure (T)	1000	1000	1000
Complete machine (length × width × height) (mm)	5500 * 5300 * 5200	7200 x 4900 x 5200	5300 x 4600 x 5000
Total machine weight (T)	75	73	47

*Note: Production output may vary depending on factors such as material type and feed particle size. Technical specifications are subject to change without prior notice. Please refer to the actual equipment for weight and overall dimensions.

Highlighting strengths

The GYQ series ultra-high-pressure pelletizing machine is one of the leading pelletizing devices in the industry—known for its high sales volume, large production capacity, and exceptional efficiency. Hongxin’s ultra-high-pressure pelletizer is specifically designed to compress ultra-fine powders into uniform pellets, capable of turning 80- to 500-mesh powders directly into spherical shapes in a single step. It is widely used in large-scale pelletizing production lines.

Ultra-High-Pressure Ball Press Roller Assembly

The pressure rollers and shafts are manufactured using a forging process, ensuring excellent stability.

Strong load-bearing capacity, high stability

The machine features a closed-frame modular design, making it robust, durable, and highly stable.

Enhance the mandatory feeding system

Zero-dead-angle feeding, significantly boosting the ball-forming rate.

Simple structure, easy to maintain

The main frame, connected by 8 pivot pins, can be easily disassembled, making it convenient to remove the pressure roller assembly for replacement.

Centralized Lubrication System, Easy to Maintain

A uniquely designed centralized lubrication system ensures faster and more efficient component lubrication, while minimizing maintenance effort.

Low noise, minimal dust

The equipment complies with environmental standards, produces low noise levels, and can be paired with dust removal systems, ensuring the construction environment meets eco-friendly requirements.

How it works

The metal magnesium ultra-high-pressure ball press machine is a highly efficient industrial forming device designed to compress materials like dolomite powder into high-strength, uniformly shaped pellets or block-like finished products using ultra-high pressure. Leveraging hydraulic and servo-driven technology, it delivers intense pressure via forced feeding, ensuring dense material compaction while allowing precise pressure adjustments to suit the specific characteristics of various raw materials. The rollers are crafted from high-strength alloy materials and employ synchronized extrusion technology, guaranteeing uniformity and stability in the molding process. A PLC-based control panel enables real-time monitoring of critical parameters such as pressure, feed rate, and production output, facilitating fully automated manufacturing operations.

Anhui's 300,000-ton-per-year magnesium-based lightweight alloy project

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