Liaoning Group Company's customer-operated annual production line for pressing 100,000 tons of light-burned magnesium oxide pellets

Liaoning Group Company has selected our company's LYQ8535 fully automatic, dual-output, high-pressure ball press machine for their annual production line capable of processing 100,000 tons of light-burned magnesium oxide pellets.

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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Liaoning Group Company's customer-operated annual production line for pressing 100,000 tons of light-burned magnesium oxide pellets

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Ball Press Machine Configuration

Ball Press Machine Model	LYQ8535	LYQ8530	LYQ8035	LYQ7626	LYQ7022
Pressure roller diameter (mm)	850	850	850	758	700
Roller skin width (mm)	350	350	350	260	225
Design capacity (t/h)	10-12	8-10	6-8	6-8	4-5
Main motor power (kW)	200	185	160	132	90
Pre-compressed motor power (kW)	30	30	30	22	22
Maximum cylinder thrust (t)	640	640	640	560	460
Maximum roll skin line pressure (t/cm)	21	21	21	20	20
Complete machine (length × width × height) (mm)	430045004800	3900 x 4400 x 4600	5700 × 4000 × 4500	4800 x 4100 x 4300	4600 x 3600 x 4800

*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; therefore, the equipment's weight and overall dimensions shall be determined by the actual product.

Highlighting strengths

The LYQ series of ultra-high-pressure pelletizing machines is one of the leading models in the pelletizing equipment industry, renowned for its high sales volume, large production capacity, and exceptional efficiency. Hongxin’s ultra-high-pressure pelletizers are specifically designed to compress ultra-fine powders into compact, spherical shapes—capable of turning 80- to 300-mesh powders directly into uniform pellets in a single step. These machines are 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 light-burned magnesium oxide high-pressure ball press machine is an efficient industrial forming device designed to compress materials like light-burned magnesium oxide and magnesium oxide into high-strength, uniformly shaped pellets or block-like finished products using extreme pressure. Leveraging hydraulic and servo-driven technology, it employs forced feeding to deliver ultra-high pressure, ensuring dense material compaction with precision-adjustable force tailored to the specific properties of various raw materials. The opposing rollers are crafted from high-strength alloy materials and utilize synchronized extrusion technology, guaranteeing uniformity and stability in the forming process. A PLC-controlled display screen enables real-time monitoring of critical parameters such as pressure, material feed rate, and production output, facilitating fully automated manufacturing operations.

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