The residue (sludge) material dewatered by Tianzhong Mechanical Press can achieve a dehydration rate of up to 75%, which can eliminate or reduce drying costs.

1. An independent concentration section is added to filter out most of the free water from the material, effectively increasing processing capacity and improving the solid content of the filter cake.

2. The traditional filtration method is changed by adopting a strong dual-roller squeezing technique that combines rigidity and flexibility, reducing the moisture content of the sludge cake.

3. The mesh belt tension and roller pressure are automatically adjusted via air pressure, making operation convenient.

4. It has a wide range of applications, mainly suitable for mechanical pressing and dewatering of various plant residues, fibers, sludge, and other materials.

5. It consumes less energy, has stable performance, and can operate continuously for 24 hours.

Main Technical Parameters of the Press

1 Production capacity: 1.5-30 tons/hour

2 Screw diameter: Ф350-Ф800mm

3 Rotation speed: 12-15-30 rpm

4 Motor (power): 7.5KW-30KW

5 Overall dimensions: 2800X950X1225

The twin-screw press is suitable for pressing, juicing, and dewatering materials with high plant fiber content, such as grape pomace, sweet potato residue, distiller's grains, Chinese herbal residue, domestic waste, ginger, sea buckthorn berries, mulberries, tea residue, paper pulp, and feed. The machine features twin screws: the front screw conveys the material, while the rear screw presses it. The screws rotate in opposite directions, allowing the material to be pressed as it moves from the front to the rear screw. The rear screw (pressing screw) performs a secondary pressing. The residue outlet gap is adjusted manually via a spring or hydraulic device to achieve better juice extraction. The equipment mainly consists of a frame, feeding section, pressing section, transmission part, and electrical control system. It offers high strength, strong load-bearing capacity, deformation resistance, corrosion resistance, wear resistance, and a long service life. The equipment can be used as a standalone unit or in series with multiple units for enhanced performance.