Application Range of Round High-Pressure Filter Press

Application Range of Round High-Pressure Filter Press

With the continuous advancement of industrial technology, solid-liquid separation technology plays an important role in many industries. In the production process of some industries, users have higher requirements for the dehydration effect of filtered materials. The traditional square filter press cannot meet the user’s needs, so the circular high-pressure filter press came into being. This article will introduce to you the application range and advantages of circular high-pressure filter press.

Application of Round Filter Press

Ceramic industry

In ceramic production, raw materials usually exist in the form of slurry, and these slurries require solid-liquid separation during the production process to obtain a suitable ceramic embryo. The round high-pressure filter press can efficiently separate the moisture in the mud through high-pressure filtration to form dry ceramic cakes, thereby improving the dryness and quality of the ceramics. The successful application of circular high-pressure filter presses in the ceramic industry has brought higher reliability and stability to the production process and promoted the development of the ceramic industry.

Kaolin industry

Kaolin is one of the raw materials for ceramics. During its production process, the kaolin slurry needs to be separated from solid and liquid to obtain suitable dry raw materials. The round high-pressure filter press can quickly and effectively separate the moisture in the slurry through high-pressure filtration to form kaolin cake with low moisture content. This dry kaolin cake meets production requirements and can be directly used in subsequent ceramic production processes.

Stone wastewater treatment

The wastewater generated during stone processing often carries a large number of solid particles and suspended matter, which requires energy-efficient solid-liquid separation to meet environmental discharge or reuse requirements. The circular high-pressure filter press can quickly separate the solid particles in the wastewater to form a solid mud cake through its powerful dehydration capacity. The application of circular high-pressure filter press effectively improves the efficiency of stone wastewater treatment and promotes the sustainable development of the stone industry.

Building materials industry

In the building materials industry, circular high-pressure filter presses are widely used in solid-liquid separation processes. In the preparation of building materials, raw materials usually exist in the form of slurry, and these slurries require solid-liquid separation during the production process to obtain suitable building material embryos. The circular high-pressure filter press can separate the moisture in the mud through high-pressure filtration to form dry building material cakes, thereby improving the dryness and quality of building materials.

Application Advantages of Circular High-Pressure Filter Press

High filtration pressure: The circular high-pressure filter press uses high pressure for filtration. Compared with traditional filtration equipment, its filtration pressure is greater, which can better achieve solid-liquid separation and improve the filtration effect.

The low moisture content of the filter cake: Through the action of high pressure, the circular high-pressure filter press can quickly separate liquid from solid in a short period of time, greatly reducing the moisture content of the filter cake and improving the dryness of the product. The resulting mud cake is smaller and easier to transport.

The high degree of automation: The circular high-pressure filter press has many optional configurations and has a high degree of automation during operation. It can realize automatic and continuous operation through program control, reducing manual intervention and improving production efficiency and operating safety.

Easy operation and low maintenance costs: The circular high-pressure filter press has a simple structure, relatively easy operation, and low maintenance costs, making it more economical and practical in industrial production.