The application of industrial filter cloth and filter mesh in the production of thin water aluminum stone in the chemical industry
Release time:
2024-11-05
In the chemical industry, pseudo-boehmite (also known as pseudo-böhmite or monohydrate alumina) is an important material widely used in the manufacture of catalysts, ceramics, and other advanced materials. In the processing of pseudo-boehmite, good solid-liquid separation efficiency is crucial to ensure high purity and high yield of the product. The horizontal vacuum belt filter equipped with high-performance industrial filter cloth and filter mesh is an important device for achieving efficient filtration, suitable for the production process of pseudo-boehmite.
1. Filtration requirements in pseudo-boehmite processing
The production of pseudo-boehmite requires precise filtration processes to separate solid particles from liquid suspensions, effectively removing impurities. Given the fine characteristics of pseudo-boehmite particles, the filter cloth should have high air permeability, excellent retention performance, and strong resistance to the chemicals used in the processing. Additionally, thoroughly washing the filter cake to remove residual impurities is key to enhancing product purity.
2. Advantages of horizontal vacuum belt filters
The horizontal vacuum belt filter is an efficient solid-liquid separation device widely used in the chemical industry. It utilizes a fixed vacuum box and a sliding belt structure to continuously perform filtration, filter cake washing, discharge, and filter cloth cleaning. Its main advantages include:
Continuous operation: The equipment can achieve continuous cycles of filtration, washing, and discharging, making it very suitable for large-scale and continuous production.
High efficiency and flexibility: The vacuum pressure and washing intensity during the filtration process are adjustable, able to meet the different stage requirements of pseudo-boehmite treatment.
3. Selection and performance of industrial filter cloth and filter mesh
For horizontal vacuum belt filters used in the production of pseudo-boehmite, the selection of filter cloth and filter mesh is particularly important and must meet the following requirements:
Excellent chemical corrosion resistance: The filter cloth must withstand chemical corrosion during the filtration process to ensure structural integrity and service life.
Appropriate pore size and air permeability: The fine particles of pseudo-boehmite require filter cloth with appropriate pore sizes to balance air permeability and filtration efficiency.
Easy cake release and cleaning: Good cake release properties and washability can maintain high yield and ensure product quality.
4. Solutions from Xiamen Shadias Filter Cloth
The industrial filter cloth and filter mesh provided by Xiamen Shadias are specially designed for horizontal vacuum belt filters to meet the high demands of pseudo-boehmite production:
Customized weaving and material composition: Shadias' filter cloth has high chemical resistance and structural durability, making it particularly suitable for corrosive environments in chemical production.
Outstanding solid-liquid separation performance: Shadias filter cloth works in conjunction with vacuum belt filters to achieve uniform filtration effects and effective cake washing, enhancing filtration efficiency.
High durability and cost-effectiveness: Shadias filter cloth is optimized for long-term use and performance, effectively reducing maintenance costs while ensuring product quality stability, meeting the high standards required by the chemical industry.
5. Conclusion
In the production process of pseudo-boehmite, using horizontal vacuum belt filters equipped with industrial filter cloth and filter mesh can achieve efficient and high-purity filtration. Xiamen Shadias' professional filter cloth solutions provide reliable support for high-quality and cost-effective pseudo-boehmite production with their excellent chemical corrosion resistance, outstanding solid-liquid separation effects, and high cost-performance ratio.



