Electric Type:Electric blowers use an electric motor as the power source and are further subdivided into mechanical and hydraulic types.
Mechanical Type: The motor drives a crankshaft to cause the plunger to reciprocate, directly pressurizing the material. Multiple plungers provide continuous pressure, resulting in high homogenization pressure and large output. However, the minimum material quantity required is relatively large, and the motor driving the crankshaft requires a multi-stage reduction mechanism, resulting in generally lower efficiency and larger size. Suitable for large-scale production.
Hydraulic Type: The motor drives an oil pump, which pressurizes the material through a hydraulic system. The hydraulic system can provide higher pressure, resulting in higher equipment efficiency, a relatively smaller size, and a smaller minimum material quantity. Suitable for both testing and production.
Manual Type:The material is pressurized through a manual lever mechanism. Due to manual pressurization, the production capacity is low, but it has the advantages of quick assembly and disassembly and portability. The minimum material quantity required is very small, making it ideal for small-scale experiments and fully meeting the research and development needs of laboratories.
Pneumatic Type:The pressure of compressed gas is converted into hydraulic pressure. The equipment requires support from a nitrogen cylinder or air compressor. The gas consumption is high, and the maximum homogenization pressure is generally low. However, because there is no separate pressurizing mechanism, the size is smaller, making it suitable for use in locations equipped with air compressors.
