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  • Industry News
    Global Upgrades in Mining and Metallurgical Solid-Liquid Separation Highlight Customized Filter Cloth
    In the mining and metallurgy sectors, concentrate dewatering, tailings treatment, and hydrometallurgical leachate filtration are critical steps in the production process. Recently, with the expansion of mining capacity in South America (Brazil), Southeast Asia, and the Middle East, as well as the improvement of water recycling rates in mineral processing, the market demand for high-wear-resistant and high-strength filtration consumables has significantly increased. Industry experts note that mining working conditions are highly complex; the particle size, temperature, and pH of the slurry directly affect the filtration efficiency and service life of the filter cloth. Currently, an increasing number of mining enterprises prefer to cooperate directly with source filter cloth factories. By providing filter press models and on-site working condition parameters, they can obtain tailored filter cloth (e.g., custom width, sewing structure, and air permeability) to achieve higher filtration capacity and lower consumable replacement frequency.
  • Industry News
    Rising Environmental Standards in Chemical Industry Drive Demand for High-Performance Acid/Alkali Resistant Filter Cloth
    As global environmental and hazardous waste treatment standards for the chemical industry become increasingly stringent, chemical enterprises face higher filtration requirements in processes such as calcination, crystal slurry pressing, and sludge dewatering. Traditional filter cloth often suffers from short lifespan and easy damage when handling highly corrosive mother liquors and high-temperature materials, driving the growing market demand for high-performance industrial filter cloth. Industry analysis indicates that woven filter cloth featuring excellent chemical corrosion resistance, high tensile strength, and precise opening rates is becoming the preferred choice for chemical buyers. Furthermore, providing customized filter cloth selection and PTFE membrane treatment based on the characteristics of different materials—such as titanium dioxide, dyes, and inorganic salts—can effectively improve solid-liquid separation efficiency and reduce overall operational costs.