High-precision filter cloth for vertical filter press, filtering pharmaceutical tea sodium (caffeine synthesis)

The production of pharmaceutical tea sodium (caffeine synthesis) has extremely high requirements for filtration precision and stability. Xiamen Citius, with its advanced filtration technology and industry experience, provides efficient and durable filter cloths with ultra-high retention precision, helping enterprises optimize solid-liquid separation processes and improve product quality. In the future, Xiamen Citius will continue to innovate and provide better filtration solutions for the pharmaceutical and fine chemical industries.
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Application of Industrial Filter Cloth Vertical Filter Press Pharmaceutical Tea Sodium (Caffeine Synthesis)

The vertical filter press, combined with high-quality industrial filter cloth, is an important piece of equipment in the tea sodium (caffeine synthesis) process, ensuring efficient and stable solid-liquid separation. The filter cloth from Citius Filter has good chemical resistance and mechanical strength, making it an ideal choice in the pharmaceutical and chemical industries.
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Vertical filter press filter cloth with ultra-high retention precision for chemical filtration of alumina.

In the alumina production process, the separation of red mud and the washing of seed crystals require high precision in filtration and performance of filter cloths. The vertical filter press, as a key solid-liquid separation equipment, needs to be equipped with high-performance filter cloths to ensure efficient filtration. The filter cloths provided by Xiamen Citius feature ultra-high retention precision, strong alkali resistance, high pressure resistance, excellent cake release properties, and low clogging with easy cleaning, which can effectively improve filtration efficiency, reduce solid loss, and lower operating costs. Customized filter cloth solutions can meet different process requirements, helping the alumina industry optimize filtration processes and enhance production efficiency.
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