Kerte Environment Co., Ltd

The 2000 programmable energy-saving and high-efficiency diaphragm filter press is a high-end solid-liquid separation equipment that integrates intelligent and energy-saving technologies. This equipment is suitable for mining, chemical industry, environmental protection and other fields. Its core features are as follows: 1. Programmable intelligence: It adopts a PLC+touch screen control system to achieve fully automated operation, and parameters such as pressure and time are accurately set to reduce errors caused by manual intervention. 2. High-efficiency and energy-saving design: It adopts high-pressure diaphragm secondary pressing technology to reduce the moisture content of the filter cake by 15%-20%. Combined with the frequency conversion drive and energy recovery system, energy consumption is reduced by more than 30% compared with traditional models. 3. Structural optimization: The modular frame and high-strength alloy filter plate design have a compressive strength of ≥3MPa, and the single-machine processing capacity is increased by 25%. It supports quick disassembly and maintenance to reduce downtime. 4. Improved filtration efficiency: The multi-layer composite filter cloth is combined with a two-way feeding system to shorten the filtration cycle by 20%, and the processing efficiency can reach 1.5-2.2m³/m³·h, which is suitable for high-viscosity materials. 5. Environmentally Friendly and Safe: The fully enclosed structure, equipped with leak alarms and exhaust gas collection ports, complies with ISO14001 standards and maintains an ambient dust concentration of ≤5mg/m³. 6. Long Life and Low Maintenance: Key components utilize silicon carbide coating and anti-corrosion treatment, resulting in a core hydraulic system lifespan exceeding 100,000 cycles and a 40% reduction in average annual maintenance costs. Through intelligent control, structural reinforcement, and energy efficiency optimization, this equipment significantly improves production efficiency and environmental compliance, making it suitable for high-precision dehydration applications.