Model 2000 programmable energy saving and high efficiency Membrane filter press

Model 2000 program-controlled energy-saving and high-efficiency diaphragm filter press is a high-end solid-liquid separation equipment that integrates intelligent and energy-saving technologies. 

It is suitable for the mining, chemical and environmental protection fields. Its core features are as follows:

 1. Program-controlled intelligence: 

Equipped with a PLC+touch screen control system, it realizes full-process automated operation, supports accurate setting of parameters such as pressure and time, and reduces manual intervention errors.

 2. High-efficiency and energy-saving design: 

Adopting high-pressure diaphragm secondary pressing technology, the moisture content of the filter cake is reduced by 15%-20%, and with the frequency conversion drive and energy recovery system, the energy consumption is reduced by more than 30% compared with traditional models.

 3. Structural optimization: 

Modular frame and high-strength alloy filter plate design, compressive strength ≥3MPa, single-machine processing capacity increased by 25%, supports rapid disassembly and maintenance, and reduces downtime.

 4. Filtration efficiency upgrade: 

Multi-layer composite filter cloth with a two-way feeding system shortens the filtration cycle by 20%, and the processing efficiency reaches 1.5-2.2m³/㎡·h, which is suitable for high-viscosity materials.

 5. Environmental protection and safety: 

The fully enclosed structure is equipped with leakage alarm and exhaust gas collection interface, which complies with ISO14001 standard, and the dust concentration in the working environment is ≤5mg/m³.

 6. Long life and low maintenance: 

Key components are coated with silicon carbide and anti-corrosion treatment, the core hydraulic system has a life of more than 100,000 times, and the average annual maintenance cost is reduced by 40%. 

The equipment significantly improves production efficiency and environmental compliance through intelligent control, structural reinforcement and energy efficiency optimization, and is suitable for high-precision dehydration scenarios.