Suzhou V-shaped high-efficiency filter manufacturer

NegotiableUpdate on 05/06

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Nature of the Manufacturer: Producers

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Overview

Suzhou V-type high-efficiency filter manufacturer is mainly used in industries such as microelectronics, precision instruments and meters, medical and health, biotechnology, pharmaceuticals, and food, as well as in various clean rooms, clean tunnels, high-efficiency air supply outlets, purification workbenches, air showers, and other purification equipment for final air filtration. The filtration efficiency for particles ≥ 0.3 μ m is above 99.99%. Both high-efficiency and ultra high efficiency filters without partitions are used at the end of the clean room. The outer frame can be selected from aluminum alloy frame, galvanized frame, wooden frame, or stainless steel frame.

Product Details

The V-shaped high-efficiency filter, also known as the FV combined high-efficiency filter, is composed of multiple non partition filter elements in a W-shaped structure, installed in a galvanized steel plate or polypropylene plastic frame. Compared with ordinary filters, the W-shaped V-shaped combined high-efficiency filter greatly increases the number of filter materials, ensures lower pressure loss, thereby reducing energy consumption and saving operating costs.

This ensures that the FV combined sub high efficiency filter is not corroded in high humidity environments. The FV combined sub high efficiency filter is designed with an air flow rate of up to 4000m3/h. The FV combined sub high efficiency filter has a depth of only 292mm and is suitable for installing ventilation and air conditioning systems with limited space.

Classification of V-shaped air filters:

Classified by form, there are 3V filters, 4V air filters, and 5V air filters, as shown in the above picture. The products produced by Jierongda can be distinguished by looking at the picture.

Suzhou V-shaped high-efficiency filter manufacturerDesign features:

>High quality ultra-fine glass fiber filter paper or PP filter material;

>No toxic gas pollution during waste incineration;

>FV combined sub high efficiency filter has a large filtration area, low resistance, and long service life;

>The FV combined sub high efficiency filter has a depth of only 292mm and is suitable for installing ventilation and air conditioning systems with limited space;

>Equipped with an installation flange frame, it can be interchanged with commonly used bag filters.

The W-type V-shaped combined high-efficiency filter is divided into two types: flanged FV combined sub high efficiency filter and non flanged FV combined sub high efficiency filter, which should be specified when purchasing.

Classification of high-efficiency filters:

High efficiency filters include partitioned high-efficiency filters and non partitioned high-efficiency filters. High efficiency filters with partitions include: high efficiency filters with partitions, high temperature resistant filters, high humidity resistant filters, and high efficiency filters without partitions. High efficiency filters without partitions include combination combination type high efficiency filters, HV type combination high efficiency filters, non partition high efficiency filters, liquid tank non partition high efficiency filters, ultra-low resistance non partition high efficiency filters, knife holder type non partition high efficiency filters, etc. For the application of high efficiency air filters, please consult Jierongda.

Sub high efficiency filters are divided into partitioned sub high efficiency filters and non partitioned sub high efficiency filters:

Partition equipped sub high efficiency filters include GK (Partition equipped sub high efficiency filter), GKW (High temperature resistant sub high efficiency filter), GKA (High humidity resistant sub high efficiency filter);

Efficient filters can be widely used in optical electronics, optics, and LED liquid crystal manufacturing, DC、 Air conditioning terminal air supply for dust-free purification workshops in industries such as instrumentation, circuit boards, biomedicine, precision instruments, beverages and food, PCB printing, etc.

General principles for filter selection:

1. Inlet and outlet diameter: In principle, the inlet and outlet diameter of the filter should not be smaller than the inlet diameter of the matching pump, generally consistent with the diameter of the inlet pipeline.

2. Nominal pressure: Determine the pressure rating of the filter based on the maximum pressure that may occur in the filtering pipeline.

Suzhou V-shaped high-efficiency filter manufacturerAttached are the relevant standards for the replacement cycle of high-efficiency filters in junior high schools:

1. The resistance of the coarse filter has exceeded the rated initial resistance of 60Pa, or is equal to 2 times the design or operating initial resistance. After 3-6 months, if it exceeds the standard, it can be replaced at any time. The coarse filter, F7 level bag type medium efficiency filter, and return air outlet device should be cleaned once a week.

2. Replace the primary and F8 bag type medium efficiency filters at most once every 6 months. Replace the high-efficiency filter every year. If the resistance of the medium efficiency filter exceeds the rated initial resistance of 80Pa, or is equal to 2 times the design or operating initial resistance, replace it at any time after 6-12 months.

3. The resistance of the sub high efficiency filter has exceeded the rated initial resistance by 100Pa, or is equal to 2 times the design or operating initial resistance. If it exceeds the standard for more than 1 year, it can be replaced at any time.

4. The resistance of the high-efficiency filter has exceeded the rated initial resistance of 160Pa, or is equal to 2 times the design or operating initial resistance. If it has been more than 2 years and exceeds the standard, it can be replaced at any time.