Coke Powder Ball Press Machine

Suitable materials: anthracite powder, coke powder, mineral powder, slag, manganese ore powder, lateritic nickel ore powder, copper ore powder, bentonite, and nickel hydroxide

Primarily used for materials with a moisture content of around 8%-10%, such as concentrate powder, fluorite powder, steel plant dust and slag iron powder, steel plant sludge, lithium iron phosphate, coking coal powder, magnesite powder, nickel ore powder, and more. It is widely applied in the balling process across various industrial sectors, including metallurgy, mining, chemical engineering, refractory materials, and solid waste management.

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Coke Powder Ball Press Machine

Product Advantages

Advantageous Textual Information

Advantage One

Made from high-strength alloy steel, it offers excellent wear and corrosion resistance and supports multiple spherical shapes (such as oval, flattened spheres, and pillow-shaped designs).

Advantage Two

High pressure, low energy consumption. The hydraulic cylinder applies even pressure, allowing the roller to effortlessly press the material into uniform spheres—resulting in easy ball formation while minimizing power usage.

Advantage Three

The finished product has excellent particle size. The material is mixed with a binder and then compressed into high-pressure pellets, resulting in a visually appealing appearance and superior hardness.

Advantage Four

The equipment is robust and durable. It features a closed-loop mainframe design, making it highly versatile and exceptionally stable.

Advantage Five

With the help of the binder, the extruded pellets are stronger and less likely to fall apart.

Advantage Six

Widely used in the balling processes across various industrial sectors, including metallurgy, mining, chemical engineering, refractory materials, and solid waste treatment.

Product Introduction

The LYQM series of medium- and high-pressure pelletizing machines builds on the design of conventional low- and medium-pressure models, featuring an improved closed-frame main structure. The machines offer dual options for power output—either dual-shaft or single-shaft configurations—making them versatile for handling a wide range of materials. With the aid of a specially formulated binder, the resulting pellets are denser and more durable, ensuring they remain intact even under challenging conditions.

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Technical specifications

Ball press machine model	LYQ8034 (Single Output)	LYQ8054 (Single Output)	LYQ8564 (Single Output)	LYQ8564 (Dual Output)
Pressure roller diameter (mm)	800	800	850	850
Roller surface width (mm)	340	540	640	640
Design capacity (t/h)	10-15	15-20	30–35	35–40
Main motor power (kW)	55	110	160	185
Maximum cylinder thrust (t)	240	460	640	640
Maximum roll skin line pressure (t/cm)	7.5	8.5	10	10

Note: Since equipment is constantly being updated and upgraded, the specifications in this manual may differ from the actual parameters. Customers should refer to the specifics of their actual order as the definitive reference.

Primarily used for materials with a moisture content of around 8%-10%, such as concentrate powder, fluorite powder, steel plant dust and slag iron powder, steel plant sludge, lithium iron phosphate, coking coal powder, magnesite powder, nickel ore powder, and more. It is widely applied in the balling process across various industrial sectors, including metallurgy, mining, chemical engineering, refractory materials, and solid waste management.
Made from high-strength alloy steel, it offers excellent wear and corrosion resistance and supports multiple spherical shapes (such as oval, flattened spheres, and pillow-shaped designs).
High pressure, low energy consumption. The hydraulic cylinder applies even pressure, allowing the roller to effortlessly press the material into uniform spheres—resulting in easy ball formation while minimizing power usage.
The finished product has excellent particle size. The material is mixed with a binder and then compressed into high-pressure pellets, resulting in a visually appealing appearance and superior hardness.
The equipment is robust and durable. It features a closed-loop mainframe design, making it highly versatile and exceptionally stable.
With the help of the binder, the extruded pellets are stronger and less likely to fall apart.
Widely used in the balling processes across various industrial sectors, including metallurgy, mining, chemical engineering, refractory materials, and solid waste treatment.
Capable of handling complex materials such as iron-containing, carbon-containing, low-viscosity, or high-hardness substances—simply by adjusting process parameters to meet diverse application needs.
Reducing dust pollution aligns with green production standards;
Waste recycling and reuse reduce raw material waste and enhance business efficiency.
Key components feature wear-resistant materials and a sealed design, resulting in low failure rates and easy maintenance.
Production capacity: 20–25 t/h
Particle size of pellets: 80–800 mesh
Applicable materials: dry powder substances such as iron powder, aluminum powder, iron filings, fluorite powder, petroleum coke, magnesium powder, iron oxide scale, and dust collection ash.
Application areas: High-pressure briquetting machine Application range: Coal, mining, metallurgy, refractory materials, building materials, and other industries.

Hubei customer's 200,000-ton-per-year calcium oxide pelletizing production line

Customer Case Studies

Providing dry powder balling solutions for large-scale engineering projects such as metallurgy, coal mining, and mining operations—our company has always adhered to the corporate philosophy of pursuing growth through quality.

Hubei customer's 200,000-ton-per-year calcium oxide pelletizing production line

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.

Hongxin Machinery's designed production line features sophisticated equipment and a well-planned, cost-effective machinery setup, enabling high throughput while delivering excellent material shaping—resulting in dense, high-strength pellets. It’s versatile enough to handle a wide range of materials, including various metal and non-metal powders. Best of all, the entire production line comes at an incredibly affordable price, making it a low-cost, high-return investment that’s well worth considering for your needs.

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