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2025

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10

Revolutionizing traditional filtration: An innovation in renewable and thorough fiber filters

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In the current context where environmental protection and sustainable development have become core demands, filtration technology, as a key to ensuring water quality safety and the stable operation of industry, is embracing a transformative opportunity. The renewable complete fiber filter, with its disruptive performance, has become a beacon of innovation in the filtration field - it is not only an upgrade and iteration of traditional filters, but also drives technological breakthroughs in this field.

Its filtration accuracy is truly outstanding: the removal rate of suspended solids in water reaches 99.9%. After the natural water undergoes good coagulation treatment and filtration, the turbidity of the effluent can be precisely controlled below 2NTU. Whether it is for domestic drinking water or industrial water, it can meet the high-standard water quality requirements. The filtration efficiency far exceeds that of traditional equipment. The conventional speed can reach 30m/h, which is 3 to 5 times that of traditional filters, and the maximum can reach 50m/h. This significantly shortens the filtration cycle and helps enterprises save time and costs.

The dirt-saving capacity is also outstanding, with a dirt-saving capacity of 5-10kg/m³, which is 2 to 4 times that of traditional products. It can accommodate more impurities, reducing the frequency of cleaning and the cost of shutdown maintenance. The equipment also features strong adjustability. Parameters such as filtration accuracy, dirt-saving capacity, and filtration resistance can be flexibly adjusted as needed, easily adapting to different water qualities and diverse filtration requirements, providing users with convenience and flexibility.

In terms of space and cost control, it has significant advantages: when obtaining the same amount of water, it occupies only 1/3 to 1/2 of the space of traditional filters, making it suitable for urban and industrial scenarios with tight land resources. The cost per ton of water is lower than that of traditional equipment, helping enterprises reduce investment costs and improve economic benefits.

The environmental protection attribute is its core highlight: the backwash water consumption is only 1% to 3% of the cycle water production volume, and under normal circumstances, the original water can be used for backwashing, which not only saves water resources but also reduces wastewater discharge, in line with the concept of green development. In terms of service life, the equipment does not require filter element replacement. Once the filter element is contaminated, its performance can be restored through cleaning, with a lifespan of no less than 10 years. This significantly reduces long-term usage costs and minimizes resource waste.

The innovation of this fiber filter is not only reflected in the product design and manufacturing aspects, but also promotes the technological upgrade of the entire filtration industry. It provides strong support for environmental protection and sustainable development, leading filtration technology towards high efficiency, environmental friendliness and intelligence. In the future, it is bound to be widely applied in more fields, injecting more green energy into life and social development.

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