Fiber ball nitration wool ball

NegotiableUpdate on 05/18

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Overview

Fiber ball nitrocellulose wool ball is made by tying polyester fiber threads together. It uses a large number of biological groups attached to its surface to repeatedly contact with oxygen and sewage, degrading suspended solids and organic matter in the wastewater to achieve the treatment goal. Compared with traditional steel particle filter media, it has the advantages of good elasticity, no floating surface, large gaps, long working cycle, and small head loss. During the filtration process, the gaps in the filter layer gradually decrease along the direction of water flow, which is more in line with the ideal filter material. The pores are larger in the top and smaller in the bottom, with high efficiency, fast filtration rate, large interception capacity, good filtration effect, and renewability. It is suitable for deep treatment and fine filtration of various water qualities by backwashing with gas and water

Product Details

Fiber ball nitration wool ballIt is made of polyester fiber yarn and has a capacity to intercept pollutantsIt has advantages such as large size, good filtration effect, and renewability, and is suitable for deep treatment and fine filtration of various water qualities.

Fiber ball nitration wool ballUsed to filter out suspended solids in water to reduce the solid content and particle size in water. Compared with traditional steel particle filter media, it has the advantages of good elasticity, no floating on the water surface, large gaps, long working cycle, and low head loss. During the filtration process, the gaps in the filter layer gradually decrease along the direction of water flow, which is more in line with the ideal filter material. The pores are larger in the top and smaller in the bottom, with high efficiency, fast filtration rate, large interception capacity, good filtration effect, and renewability. It is suitable for deep treatment and fine filtration of various water qualities by backwashing with gas and water.

fiber ballWidely used in industries such as oil fields, chemical, power, metallurgy, and papermaking for high standard water, as well as for recycling, side filtration, and wastewater recovery and utilization.

1fiber ballFeatures:

1. Fine fibers: can intercept a large number of fine particles, improving the accuracy of water treatment.

2. A thick filter layer can be used, which has the advantages of being loose and solid, and can form multi-layer filtration. It can intercept solid particles of different sizes in layers, with strong interception force, high removal rate, and low resistance.

3. This medium is composed of individual fiber balls, which have a certain degree of elasticity after fiber removal, are easy to backwash, and have strong recovery ability.

IIfiber ballPerformance indicators:

1. Suspended solids removal rate: 90-98% (under the condition of a suspended solids content of 30mg/l).

2. The particle size of solid particles in filtered water is 2Nm-3Nm (note: the particle size of 2Nm-3Nm accounts for more than 30% of the total solid particle size).

3. Filtration rate: 20m/h-85m/h

4. Porosity: 96%

5. Interception capacity: 6kg/m³-10kg/m³

6. Density: 1.38kg/m³

IIIfiber ballUsage conditions:

1. This medium is used to remove solid matter, iron, and some bacteria from non oily water. If used for oily wastewater, the oil content in the water should be ∠ 3mg/l, and backwashing should use a cleaning agent to remove oil stains from the medium.

2. When the filtration resistance is greater than 0.2MPa-0.25MPa or the filtered water quality approaches the control index, it should be backwashed in a timely manner.

3. Backwashing can be achieved by using gas recoil fire mechanical stirring method to loosen and float the fiber balls. When using mechanical stirring, it should be done slowly to avoid damaging the fiber balls.

4. It is advisable to choose a filter layer height of 1-1.2m (this height is the height when loose). Users can also freely choose according to their needs. When the filter layer is high, the filtering resistance increases and the removal rate is high. When the filter layer is low, the filtering resistance decreases and the removal rate is reduced.

4fiber ballUsage cycle:

It depends on the working conditions, temperature, pH, and highly corrosive components. andfiber ballThe issue of adaptability between the composition and sewage liquid. It also depends on the level of filter material selected for your device, generallyfiber ballIt only takes about a month to replace, if you are using a brand new modificationfiber ballAfter two years of use, it is generally sufficient to open the inlet and fill in some filter media without the need for replacement. It also depends on the configuration and structure of your device.