Hydraulic Discharging Machine Planetary Mixer Presser Extruder for High Viscosity Product

The discharging machine, also known as a press, presser, or extruder, is designed to remove high-viscosity materials from mixing tanks. It is compatible with hydraulic lift double shaft mixers, planetary mixers, and triple shaft mixers.

Driven by a hydraulic system, the press plate moves downward inside the tank to push the material toward the bottom discharge outlet, enabling efficient unloading of materials with limited flowability.

Key Features

• Adjustable Pressing Parameters: Hydraulic pressure and press plate height can be adjusted according to material characteristics and operating requirements.

• Reduced Material Residue: A sealing ring fitted around the press plate closely follows the tank's inner wall, helping minimize residual material after discharge.

• Metering and Filling Compatibility: The discharge outlet can be connected to a metering device for measured filling or controlled material distribution.

• Optional Stainless Steel Construction: Full stainless steel construction is available to meet specific process requirements.

• Explosion-Proof Configuration: Customized explosion-proof designs are available for applicable operating environments.

• Optional Contact Materials: Material-contacting components can be manufactured from SUS304 or SUS316L stainless steel.

Applications

Suitable for discharging high-viscosity materials, including:

• Printing inks

• Sealants

• Hot melt adhesives

• Magnetic media slurries

• Creams and lotions

• Toothpastes

• Other viscous pastes and compounds

Competitive Advantages

Efficient Material Discharge

High-viscosity materials often have poor fluidity and cannot be discharged efficiently by gravity alone. Hydraulic pressing applies controlled force to move the material out of the tank, helping improve unloading efficiency and reduce manual handling.

Customized Configurations

The machine can be customized for specific process conditions, including high-temperature, high-pressure, flammable, explosive, or corrosive environments. Configuration and material selection can be adapted to the application requirements.