Xurui Filter Cloth: High-Efficiency Filtration and Green Development

Nowadays, environmental policies are becoming increasingly strict, and industrial production is also upgrading towards intelligence. Filter materials are the key to pollution control and resource recycling. Anhui Xurui Network Industry has been focusing on the field of filter cloth for more than ten years, relying on technological innovation to create high-quality filter cloth suitable for multiple industries, providing efficient, durable and economical filtration solutions for global customers.

Xurui filter cloth adheres to the concept of “quality comes from details”, using imported raw materials certified by SGS in Germany to achieve the best balance between filtration accuracy and processing efficiency. The filtration efficiency is over 67% higher than traditional products, and the filtered liquid is also clearer.

With 16 national patents, Xurui has developed a full range of products suitable for all industries, meeting the stringent requirements of different sectors. For high-temperature and highly corrosive environments such as power plant flue gas desulfurization, Xurui’s desulfurization filter cloth adopts a positive and negative dual-density process and materials resistant to 260°C high temperatures. It achieves a sulfur removal rate of up to 99.99% and a service life more than three times that of similar products in the industry, significantly reducing downtime and maintenance costs.

Xurui is the original manufacturer with a modern production base of 18000 square meters, a professional R&D team of more than 30 people, and has also passed ISO9001 quality certification. The company has launched “1V1 Customization+Lifetime Technical Service”, which can customize solutions according to customer equipment and working conditions. It also provides free samples, installation guidance, and after-sales warranty, so that customers have no worries.

Choosing Xurui filter cloth is not only about choosing high-quality products that can withstand the test of complex working conditions, but also about choosing to work together with professional partners to move towards an efficient, green, and sustainable production future.