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1 briquette machine

(34909 products available)

About 1 briquette machine

Types of 1 briquette machines

1 briquette machines are divided into 3 main types, each with its own distinct features and benefits. The 3 types include the screw, roller, and piston press briquette machine.

  • Screw briquette machine: The screw briquette machine is a unique briquette machine that uses a screw to produce high-density briquettes. It is also known as a screw extruder. The machine works by heating and melting raw materials using a rotating screw. The mix is then consolidated into briquettes. The screw briquette machine is simple, easy to operate, and energy efficient.
  • Roller press briquette machine: This briquette machine comes in two main alternatives - 2-roller and 4-roller briquette machines. The optional models work by applying high pressure onto the material to form briquettes. The material is fed in between two gears and rollers, where the pressure is formed, and later the briquettes are dished out. They are mostly used to make coal briquettes. 4-roller briquette machines are known to produce better quality briquettes than 2-roller machines.
  • Piston press briquette machine: The piston press briquette machine works by compressing the material directly into a mold chamber using a hydraulic cylinder or piston. The pressure forces the material to compact and form a briquette. Once the pressure is released, the briquette is ejected out of the chamber. This method produces high-quality and dense briquettes.

Specification and maintenance of 1 briquette machines

1 briquette machines come in varied specifications depending on the make and model. The following are some core specifications and their descriptions.

  • Production Per Hour:

    The amount of briquette produced per hour by a machine is a primary specification. A small-scale machine might produce between 20 to 50 kg, a medium-scale 100 to 300 kg, and an industrial machine 500 kg and above.

  • Raw Material Diameter:

    Each machine has its own allowable raw material diameter. This is the size of feedstock that the machine can process. For instance, a machine with a 6 cm diameter allows logs and branches to go through, and one with a 10 cm diameter can process bigger raw material.

  • Energy Consumption:

    Machines that are eco-conscious and have low operating costs consume less energy. Some specifications state energy consumption in kilowatts per hour.

  • Compression Force:

    Machines apply different forces as they compact loose material into solid briquettes. Compressing forces range from a few tons to several tons, with greater forces ideal for materials with higher densities.

  • Sizes of Briquette Produced:

    A machine can produce briquettes of different shapes and sizes. A specification sheet may show the length, diameter, and shape like cylindrical, or cube, among others.

  • Quality Control:

    Some machines have features that monitor and control the quality of the briquette. These may include density tests, checks on moisture levels, and sensors for the uniformity of shapes.

Machines need regular cleaning to remove debris and residue. They also need to be inspected routinely for signs of damage or wear and to have loose parts tightened. The replacement of parts that undergo constant friction and briquette cutter blade sharpening extends the life of the machine. Lubrication of moving parts and calibration of the compression mechanism are also vital. Industrial-scale 1 briquette machines may require professional servicing. Equipment manuals guide maintenance in such cases. If there is a queue of customers, the machine may work continuously, but it's crucial to stop the machine at scheduled intervals so it can cool down.

Scenarios

Industrial 1 briquette machines are useful in various industries that use biomass materials. Here are some sectors that could benefit from a large-scale briquette machine.

  • Forestry Industry

    The machine compresses wood, crop, and animal waste into fuel briquettes. It provides a waste management solution while creating an alternative energy source.

  • Energy Sector

    Energy companies can use large-scale briquette machines to recycle biomass into renewable energy. The briquettes can be used directly or converted into biofuel through pyrolysis.

  • Environmental Sector

    Large-scale briquette machines can reduce the amount of waste going into landfills. They convert waste materials into fuel briquettes, minimizing environmental pollution.

  • Food Industry

    Food processing companies produce large amounts of organic waste. A large briquette machine can convert this waste into fuel briquettes for use within the factory or to sell to make extra revenue.

  • Chemical Industry

    Chemical companies can use briquette machines to recycle some chemical by-products, such as those from the paper production process. The briquette could then be sold or used as a fuel source to power chemical production.

  • Construction Industry

    Construction sites generate different waste materials, such as wood and packaging waste. A large-scale briquette machine could be used temporarily or permanently on a construction site to convert waste into an energy source.

How to choose 1 briquette machine

Latest trends show that the demand for charcoal briquette machines is on the rise. This is because such machines have the potential to produce high-value briquettes from common waste materials.

When shopping for briquette machines for sale, it's important to inquire about the production capacity of the machine. Production capacity is an important aspect of a briquette machine. It measures the throughput an entire working hour. Customers prefer machines with a large production capacity because they are efficient and cost-effective. The average production capacity of a briquette making machine can range from 200-1500 kg/h. Some models even reach 3000-5000kg/h. Ordering machines with large production capacity can significantly boost profitability.

Energy requirements of the machine are an important aspect to consider. The purpose of this requirement is to ensure that the machine is compatible with the power supply. It also confirms that it is safe from any electrical hazards. Most briquette machines work with 220V single-phase or 380V three-phase electricity. A three-phase electricity briquette machine has a large production capacity and is suitable for an industrial setting. A single-phase electricity briquette machine works better in a small workshop setting.

It's prudent to check the type of raw material the briquette machine compresses. Some work with sawdust, wood shavings, and crop straws. Others compress charcoal powder, salt marsh grass powder, and peanut shells, among others. The compatibility will depend with one’s specific aim and available raw materials.

Finally, customers want to know the maintenance and support services that suppliers offer. Some briquette machines are complex to operate. Users may require support during the operating and maintenance processes. A well-supported machine has longer service years. It's easier to resolve issues during the operating period. Ask the supplier if they offer maintenance support and if they are willing to offer training for the machine's staff operators.

1 briquette machine FAQ

Q1: What materials can the 1 briquette machine compress into briquettes?

A1: The 1 briquette machine is compatible with many materials such as biomass material, wood, dust, metal chip, straw, paper, horn shavings, cuisine trash, and miswax. It can convert these materials into high-density round or square briquettes for biomass fuel or other purposes.

Q2: What are the power requirements for operating the 1 briquette machine?

A2: The power requirements vary depending on the size and model of the briquette machine. Small and lab-scale machines may operate on single-phase electricity, equivalent to around 5-10 kW. In contrast, industrial-scale machines could require three-phase electricity or hydraulic power, with power ranging from several tens of kW to over 100kW. It's essential to refer to the specifications of the particular machine to determine its exact power requirements.

Q3: Can the 1 briquette machine process wet or dry material?

A3: Generally, briquette machines require raw material to have a specific moisture content, and this usually falls between 8% and 12% for most machines. If the material has more moisture than this recommended range, it may need to be dried before entering the briquette machine. Some machines may have a drying mechanism that can handle slightly higher moisture content.

Q4: What are the typical yields when using a 1 briquette machine?

A4: The yield of a briquette machine can differ based on the raw material used, the density of the briquettes required, and the specific model of the machine. Industrial-scale briquette machines can produce 100-200 kg/h of briquettes, while a mini briquette machine may produce 5-20 kg/h.