Industry News
In the modern sand and gravel industry, especially in the production of manufactured sand and river dredging and sand washing plants, environmental regulations are becoming increasingly stringent, and "mud-water separation" efficiency has become a key indicator of sustainable development for enterprises. Faced with high water content, high fine particle content, and high throughput sand washing sludge, belt press filter machines are gradually becoming the mainstream solid-liquid separation equipment. In this system, the seemingly ordinary but highly technical industrial filter cloth and filter mesh play a decisive role.
16
2025
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05
With the widespread use of manufactured sand in urban infrastructure and commercial concrete, the demand for supporting environmental protection measures is also increasing. Especially during the sand washing process, the discharge of large amounts of muddy wastewater and fine sediment not only increases environmental pressure but also affects subsequent water recycling and site management. How to efficiently and economically separate solids and liquids and dewater the sand washing sludge has become a problem that sand and gravel companies must face.
16
2025
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05
With the widespread application of rare earth new materials in strategic emerging industries such as new energy, electronics, and environmental protection, higher requirements are put forward for their processing purity and environmental emission standards. The combination of efficient and stable filtration processes and high-quality industrial filter cloths will become a key support for the extraction of rare earth compounds. In the future, Xiamen Dias will continue to be driven by technological innovation to provide more reliable, environmentally friendly, and efficient solid-liquid separation solutions for the rare earth industry.
16
2025
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05
Filter cloth selection: An indispensable key step in solid-liquid separation
As a key component in the solid-liquid separation process of filter presses, the performance of filter cloth directly affects the filtration effect, filter cake quality, and production efficiency. Filter cloth selection should comprehensively consider three aspects: material type, yarn type, and weaving structure. Common filter cloth materials such as polyester, polypropylene, nylon, and vinylon each have different acid and alkali resistance, temperature resistance, and mechanical strength characteristics; yarn types such as monofilament, multifilament, and staple fiber affect the surface characteristics and particle retention efficiency of the filter cloth; weaving structures (plain weave, twill weave, satin weave) further determine the permeability and wear resistance of the filter cloth. Based on different operating conditions, such as acidic or alkaline environments, particle size requirements, filter cake removal difficulty, and wear resistance needs, scientifically and reasonably selecting filter cloth can significantly improve the efficiency and economy of solid-liquid separation, extend the service life of equipment, and reduce operating costs.
28
2025
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04
In the process of dewatering municipal sewage sludge, filter cloth, as the core consumable of belt press filter press, its performance is directly related to the quality and cost control of sludge treatment. High-performance filter cloth for wastewater treatment plants can effectively improve dewatering efficiency, extend equipment service life, and reduce operation and maintenance costs. Xiamen Citius, with its industry-leading technology accumulation and engineering experience, has become a trustworthy filtration solution provider for the municipal sewage treatment industry. In the future, with the continuous improvement of environmental protection standards and higher requirements for the performance and application of filter cloth, Xiamen Citius will continue to be driven by innovation to inject continuous impetus into the sludge treatment industry.
22
2025
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04
Fluorite, as an important strategic mineral resource in China, its development and utilization are gradually moving towards refinement, intelligence, and sustainability. Industrial filter cloth, as a core component of the solid-liquid separation process, its technological evolution and customization level will significantly affect the production efficiency and cost control of mining enterprises. Through scientific selection and rational application, industrial filter cloth will play a greater value in fluorite dehydration treatment, promoting the development of the entire mining industry towards higher quality.
21
2025
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04
Preventive Analysis of Industrial Filter Cloth Clogging! How to Avoid Filter Cloth Clogging!
The root cause of filter cloth clogging lies in the insufficient synergy among various aspects of the filtration system. Through scientific preventive analysis methods, from filter cloth material selection to process optimization, to intelligent monitoring and post-maintenance, the probability of clogging can be effectively reduced, and filtration efficiency and system stability can be improved. With the advancement of digital factories and intelligent manufacturing, the prevention of filter cloth clogging is shifting from experience-driven to data-driven, bringing new technological opportunities to the solid-liquid separation industry.
21
2025
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04
The combination of industrial filter cloth and vertical plate filter press provides strong support for the treatment of hazardous waste residues such as calcium silicate powder. The filter cloth plays a decisive role in the dehydration process, and its performance directly affects the processing efficiency and cost. By reasonably selecting and optimizing the filter cloth, the dehydration effect of calcium silicate powder can be improved, equipment failures can be reduced, and overall production efficiency can be increased. In the future, with continuous technological advancements, the combination of vertical plate filter presses and industrial filter cloths will play an even greater role in more fields, providing more efficient and environmentally friendly solutions for industrial waste treatment.
15
2025
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04