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Charcoal/Coal Ball Press Briquette Mill

Production Line 170

Charcoal/Coal Ball Press Briquette Mill

The raw materials can consist of coal powder, which can be directly shaped after mixing with a binder, or natural materials such as coconut shells, wood, rice husk, peanut shells, and bamboo.

Description Of Charcoal/Coal Ball Press Briquette Mill

The Charcoal/Coal Ball Press Briquette Mill is a comprehensive system that is utilized for processing coal balls. The production line encompasses various machinery, including a carbonization furnace for converting raw materials into charcoal, a crusher to reduce the size of the charcoal, a screw conveyor for transporting the material, a mixer to blend the coal with binders if necessary, and a spherical charcoal forming machine to shape the coal into balls. This comprehensive setup provides a seamless process from raw material carbonization to the final formation of charcoal balls. The entire barbecue charcoal production line has been successfully sold and implemented in regions such as Saudi Arabia, Iran, Egypt, Libya, South Africa, and beyond.

The Charcoal/Coal Ball Press Briquette Mill

Applied Materials Of Briquette Machine

The Briquette Machine is a versatile piece of equipment capable of compressing various powders into briquettes. This includes powders like coal powder, iron powder, coking coal, aluminum powder, iron filings, iron oxide scale, carbon powder, slag, gypsum, tailings, sludge, kaolin, activated carbon, coke powder, as well as various metal ore powders and non-metallic mineral powders such as steel slag. Its wide range of applications allows for the efficient and economical processing of these materials into usable briquettes.

Final Briquettes

The Charcoal/Coal Ball Press Briquette Mill is capable of manufacturing square, hexagonal, and cylindrical-shaped briquettes, with the flexibility to customize different shapes as per customer requirements.

Charcoal/Coal Ball Press Briquette Mill Production Process

In the entire briquetting plant, the briquetting machine indeed serves as the core and crucial component. Below is a description of the main types of briquetting machines and their respective usages:

Carbonization
The raw materials used are put into the carbonization furnace and then carbonized.
Crusher
A Hammermill machine can crush the charcoal after carbonized.
Mixer
Put into the wheel grinder mixer, add water and binder in the machine, mix and stir.
Carbon-ball-press-machine
Charcoal forming machine produces mixed raw material of charcoal powder can be formed
The mold of the coal/charcoal ball press can be customized, so a variety of coal/charcoal balls can be produced.
Advantages Of The Charcoal/Coal Ball Press Briquette Mill

The description you provided highlights the key benefits and advantages of using a briquetting plant to produce barbecue coal/charcoal:

  1. Diversification of Molds:
    • The flexibility to use different molds allows for the production of various shapes of barbecue coal/charcoal. This caters to the different preferences and requirements of customers.
  2. High Ball Formation Rate:
    • The briquetting machines achieve a high formation rate, ensuring that a large percentage of the raw material is converted into finished products.
  3. Good Density and High Strength:
    • The finished products have good density and high strength, which translates into a more durable and longer-lasting barbecue coal/charcoal.
  4. Low Breakage Rate and Little Pollution:
    • The production process results in a low breakage rate of the finished products, minimizing waste. Additionally, the process produces little pollution, making it more environmentally friendly.
  5. Wide Application:
    • The briquetting plant can process a wide range of materials, including coal powder, coal/charcoal powder, and mineral powder. This flexibility allows for the utilization of various raw materials.
  6. Profitability:
    • The raw materials for barbecue coal/charcoal are cheap and easily available. However, the finished products command a higher price due to their enhanced properties. This large difference in prices creates ample profit points for manufacturers.
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