Factory price Environmental Sludge Dewatering 630 Filter Press

Key Features

• 1. High-strength box-type structure design, with excellent pressure resistance performance
• 2. Fully automatic PLC control system, enabling one-click operation
• 3.Modular design, with simple and efficient maintenance.
• 4.Multiple safety protection devices ensure reliable operation
• 5.Low energy consumption design, with economical operating costs
• 6.Selection of corrosion-resistant materials, suitable for harsh working conditions

Core advantages

• 1. High-efficiency filtration performance
  • High-pressure rapid filtration
  • Low moisture content filter cake
  • Shorten the production cycle
• 2. Outstanding durability and quality
  • High-strength structural design
  • High-quality anti-corrosion material
  • Extremely long service life
• 3. Energy-saving and Environmental-friendly Design
  • Significantly reduce energy consumption
  • Sealing structure
  • Low-noise operation
• 4. Flexible configuration plan
  • Multiple specifications are available.
  • Customized design
  • Adapt to special needs
• 5. Professional Service Assurance
  • Round-the-clock technical support
  • Global Service System
  • Long-term quality assurance

Working principle

The box-type filter press achieves solid-liquid separation through pressure drive. Its working process can be divided into four main stages:

1.Compression stage: The hydraulic system drives the compression plate, causing the filter plate group to tightly close and form a sealed filtration chamber.

2.Feed filtration: The slurry is injected into the filter chamber through the feed pump, and solid-liquid separation is achieved under the pressure effect.

3.Pressurized dehydration: Further reducing the moisture content of the filter cake through membrane squeezing or high-pressure gas.

4.Discharge cleaning: Remove the filter cake by opening the filter plate, and clean the filter cloth if necessary.

How to choose the right model?

1. What is the liquid that needs filtering?
   2. What is the flow rate?
   3. Temperature/PH value?
   4. What are the main solid impurities that need to be filtered from the liquid? What is their content?

We can make recommendations based on this information.