What are the product characteristics of V-type box activated carbon filter?

Medium Efficiency Filter, High Efficiency Filter.

Frame material – ABS plastic frame, galvanized frame, stainless steel frame, etc.

Assembly – Consists of 8-10 active filters.

Inside – 25mm thick box filled with 4.0 particles of activated carbon, with non-woven fabrics pasted on both sides.

Product features: Double-sided plastic-sprayed guardrail support; strong adsorption performance; large filtering area, high carbon content, and long service life.

Field of application: It is used to remove high concentrations of acid, alkali and organic compound gases in the air and various harmful gases in the air. high efficiency V/W type air filter v bank activated carbon hepa filter is also called V-type activated carbon filter, W-type activated carbon filter, activated carbon high-efficiency filter/granular activated carbon filter, V-type W-type box-type activated carbon filter has strong adsorption performance, large filter area, high carbon content and long service life. V-type W-type box-type activated carbon filter is used to remove high concentrations of acid, alkali and organic compound gases in the air and various harmful gases in the air. We are the leading manufacturer of high efficiency V/W type air filter.

Materials and operating conditions of V-type activated carbon filter/W-type activated carbon high-efficiency filter/box-type activated carbon filter:

Filter material: coal granular activated carbon

Sealant: PU two-component polyurethane glue

Frame material: galvanized sheet

Sealing strip: EVA

Absorbing odor: >95%

Make temperature: 80℃

Make humidity: 80%.

V-type activated carbon filter/W-type activated carbon high-efficiency filter/box-type activated carbon filter Application places: ideal filtration for healthy commercial air conditioning systems; ventilation and air conditioning systems where installation space is tight and do not need to filter dust and low-concentration gas pollution at the same time; airports, Commercial and civil buildings such as hotels and office buildings; air supply and air conditioning systems for museums and libraries.

Technical parameters of V-type activated carbon filter/W-type activated carbon high-efficiency filter/box-type activated carbon filter:

Width × Height × Depth Filter Media Area Carbon Content Air Volume Initial Pressure Loss Air Volume Initial Pressure Loss

W×H×D（mm）

290×595×292 5.2 5 1000 102 1700 180

595×595×292 10.7 10 2000 102 3400 180

Types of V-type activated carbon filter/W-type activated carbon high-efficiency filter/box-type activated carbon filter

Class A: can absorb VOC and Ozone, etc.

Class B: can absorb acid and gas

Class C: It can absorb alkaline gas (NH3, etc.).

Attachment: Activated carbon classification:

1.) Folded coal granular activated carbon

The coal granular activated carbon is made of high-quality anthracite as raw material, and is refined by the adopted process, and the appearance is black amorphous particles. It has the advantages of developed void structure, large specific surface area, strong adsorption capacity, high mechanical strength, low bed resistance, good chemical stability, easy regeneration, and durability.

2.) Folded rice husk activated carbon

The husks produced during threshing of rice are often thrown away as waste, and Japanese researchers reported today that they have developed a technique for using rice husks to make high-performance activated carbon.

Professor Hidetoshi Saito of Nagaoka University of Technology in Japan pointed out in the paper that if the rice husk is simply heated and made into charcoal, the residual silica in the rice husk will prevent it from functioning as activated carbon. But mixing the above-mentioned “rice husk charcoal” with potassium hydroxide and sodium hydroxide, followed by heat treatment, successfully removed the silica. It is estimated that compared with ordinary activated carbon, the surface area of ​​this rice husk activated carbon and its pores is equivalent to 2.5 times that of the former.

3.) Folded activated carbon fiber

This product is made of high-quality coconut shell powder activated carbon as adsorption material, which is adhered to the substrate of non-woven fabric by polymer bonding material, which can effectively adsorb various industrial waste gases, such as benzene, toluene, xylene, formaldehyde, ammonia, sulfur dioxide, etc. Mainly used to make activated carbon, can also be used as insoles, widely used in chemical, pharmaceutical, paint, and other industries, anti-virus and deodorization.

4.) Folded powdered activated carbon

Powdered activated carbon uses high-quality charcoal as raw material and is refined by special production process. There are two kinds of physical method and chemical method. After being activated by water vapor, it is refined and crushed. The appearance of this product is black powder, which is insoluble in general solutions. It is odorless and tasteless, and has the characteristics of large surface area, strong adsorption, high purity, fast filtration rate, stable quality, flocculation effect and filter-aid effect. It is widely used in decolorization, impurity removal and refining of food, medicine, monosodium glutamate and other products. It can also be used for water purification.

High Efficiency Filter Process:

1.) The high-efficiency filter process adopts the flocculant added to the circulating water from the pump. After the raw water is pressurized by the booster pump, the flocculant is stirred by the pump impeller and evenly mixed to suspend the fine solid particles and colloidal substances in the raw water for micro-flocculation. After the reaction, flocs with a volume greater than 5 microns are rapidly generated, which flow through the pipeline of the filtration system and enter the high-efficiency asymmetric fiber filter, and the flocs are filtered and retained by the filter material.

2.) Process flow of high-efficiency filter The system adopts gas-water combined flushing, the backwash air is provided by the fan, and the backwash water is provided by the tap water directly. The wastewater from the system (high-efficiency automatic gradient density fiber filter backwash wastewater) is discharged into the sewage treatment system.