Hydraulic briquetting machine is a kind of mechanical equipment that uses hydraulic technology to compress loose materials into blocks. It is widely used in various fields, including metal waste treatment, biomass energy production and mineral powder molding. Many people will confuse hydraulic briquetting machine with biomass briquetting machine, but in fact they are not exactly the same.

Biomass briquetting machine is specially used to treat agricultural and forestry wastes, such as straw, sawdust, rice husk, coconut shell and other biomass materials. These materials are compressed to form solid fuel blocks, which can be used to replace traditional energy sources such as coal and oil, and have the characteristics of environmental protection and regeneration. Biomass briquetting machine usually adopts mechanical compression or screw extrusion technology to treat materials at high temperature and high pressure to make them shape.

The hydraulic briquetting machine is a more general equipment, which can not only deal with biomass materials, but also compress metal chips, mineral powder and even some industrial wastes. The working principle of hydraulic briquetting machine is to generate strong pressure through hydraulic system to compress materials into high-density blocks. Compared with biomass briquetting machine, hydraulic briquetting machine is more flexible in pressure control and application scope.

Although the hydraulic briquetting machine can be used for the molding of biomass materials, it is not specially designed for the treatment of biomass. Therefore, if the main purpose is to produce biomass briquettes, it is more efficient and economical to choose special biomass briquettes. The hydraulic briquetting machine is more suitable for scenes that need to deal with various types of materials, such as metal recycling or industrial waste treatment.

To sum up, the hydraulic briquetting machine is not a biomass briquetting machine in the strict sense, but it can be used to compress biomass materials under certain conditions. If you need to choose the right equipment, it is recommended to evaluate it according to the specific use and material type to ensure maximum efficiency and cost optimization.