Fully Automatic Filter Press
The SHA Fully Automatic Filter Press, priced at ₹30,00,000 per unit, stands out as a state-of-the-art solution for industrial applications. With a minimum order quantity of 1 unit, this filter press boasts a Filtration Capacity of 36,000, featuring 90 plates and a filter area ranging from 400 to 500 square meters.
The SHA Fully Automatic Filter Press is highly appreciated for its remarkable attributes, including longer service life, resistance against corrosion, and impressive compressive strength. Clients have the flexibility to choose between standard and customized forms based on their specific requirements. The filter press is equipped with PLC-based controls for efficient operation.
Features:
Noteworthy features of this fully automatic filter press include zero downtime, significant labor cost savings, a short cycle time ranging from 8 to 30 minutes, reduced pollution control costs, and increased product yield. The filter press is designed for various applications, including ETP (Effluent Treatment Plants) and industries such as granites, marble, and ceramics.
- SHA Fully Automatic Filter Press priced at ₹30,00,000 per unit.
- Minimum Order Quantity: 1 unit, designed for industrial applications.
- Filtration Capacity: 36,000, with 90 plates and a filter area of 400-500 square meters.
- Fabricated with supreme quality material, conforming to industry parameters.
- Appreciated for longer service life, corrosion resistance, performance, and compressive strength.
- Customizable in both standard and customized forms, featuring PLC-based controls.
- Features include zero downtime, labor cost savings, short cycle time, reduced pollution control cost, and increased product yield.
SHA Fully Automatic Filter Press emerges as a cutting-edge solution for industrial filtration needs. Its advanced features, customization options, and efficiency in delivering high performance make it an indispensable asset for industries seeking reliability, reduced operational costs, and improved process outcomes in effluent treatment and manufacturing processes.