Product Introduction
- Adopts a unique filter element structure and automatic slag discharge system to achieve high – precision solid – liquid separation and impurity removal.
- Can handle various liquids containing solid impurities, with a filtration accuracy of 1 – 100μm.
- The equipment has a high degree of integration and can adapt to different complex working conditions to ensure continuous and stable production.
Working Process
- Liquid Conveyance: The liquid to be filtered is pumped into the filter chamber.
- Precision Filtration: The liquid passes through the filter element, and solid impurities are intercepted on the surface of the filter element.
- Pressure Difference Monitoring: As impurities accumulate, the system continuously monitors the pressure difference between the inlet and outlet.
- Automatic Slag Discharge: When the pressure difference reaches the set value, the slag discharge valve automatically opens, and compressed air back – blows the filter element to discharge the filter residue.
Product Features
- Intelligent Control: Equipped with a PLC control system to achieve full automation of filtration and slag discharge.
- High Efficiency and Energy Saving: Optimized flow channel design reduces energy consumption and improves filtration efficiency.
- Long – life Filter Element: The filter element is made of high – strength and corrosion – resistant materials, with a long service life.
Technical Parameters
| Item | Parameter Range |
|---|---|
| Filtration Precision | 1 – 100μm |
| Working Pressure | ≤1.6MPa |
| Treatment Flow | 5 – 200m³/h |
| Applicable Temperature | -10 – 120℃ |
Application Areas
- Petrochemical Industry: Impurity filtration of lubricating oils, diesel oils, and other oil products.
- Coatings and Inks: Precision filtration of pigment and resin mixtures.
- Paper Industry: Impurity removal of pulp and coating liquids.
- New Energy: Filtration and purification of lithium – ion battery electrolytes.
FAQ
Question 1: How to set the slag discharge frequency of the precision slag discharge filter?
Answer: The slag discharge frequency can be set through the PLC control system according to the actual working conditions, by setting the pressure difference threshold or time interval. Generally, for liquids with high impurity content, the pressure difference setting value can be appropriately reduced or the time interval can be shortened.
Question 2: Can this filter handle high – viscosity liquids?
Answer: Yes, by selecting appropriate filter element materials and pore sizes and adjusting the working pressure appropriately, the precision slag discharge filter can effectively handle high – viscosity liquids. However, parameter debugging and optimization are required in advance.
Answer: The slag discharge frequency can be set through the PLC control system according to the actual working conditions, by setting the pressure difference threshold or time interval. Generally, for liquids with high impurity content, the pressure difference setting value can be appropriately reduced or the time interval can be shortened.
Question 2: Can this filter handle high – viscosity liquids?
Answer: Yes, by selecting appropriate filter element materials and pore sizes and adjusting the working pressure appropriately, the precision slag discharge filter can effectively handle high – viscosity liquids. However, parameter debugging and optimization are required in advance.
Conclusion
The intelligent precision slag discharge filter, with its efficient impurity removal ability and automated operation advantages, has become a key device for ensuring continuous production in many industries, providing strong support for enterprises to improve product quality and reduce labor costs.
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