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1. Production capacity
It is usually expressed in the number or weight of briquettes produced per hour or day, such as 5-10 tons/hour. This parameter mainly depends on the model, power and material characteristics of the equipment. The higher the production capacity, the more it can meet the needs of large-scale production.
2. Briquette size
Refers to the length, width and height of the briquettes produced by the briquetting machine. For example, the common sizes are 30mm×30mm×30mm, etc. Different application scenarios have different requirements for briquette size. For example, the size of briquettes for biomass fuels may be larger, while the size of briquettes for metal waste may be relatively small.
3. Briquette density
Refers to the mass of briquettes per unit volume, generally expressed in grams/cubic centimeters. Briquette density directly affects the strength and subsequent performance of briquettes.
4. Working pressure
The pressure applied by the Briquetting machine during operation is usually measured in tons or megapascals (MPa). Working pressure is one of the key factors affecting the quality and density of briquetting. Different materials require different working pressures to achieve good briquetting effects. 5. Motor power
The power of the Briquetting machine motor is measured in kilowatts (kW). The motor power determines the power output of the equipment. The greater the power, the stronger the operating and processing capabilities of the equipment, but at the same time, the energy consumption will increase accordingly.
6. Dimensions and weight
The dimensions include the length, width, and height of the equipment, and the weight is the mass of the equipment itself. These parameters have an important impact on the installation, transportation, and site space requirements of the equipment. When choosing a Briquetting machine, the dimensions and weight of the equipment need to be considered based on the actual site and transportation conditions.
