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AAF

MEGAcel II ME High Efficiency Plate MEFilter

*MEGAcel ll has a wide range of high efficiency and ultra-high efficiency filters,meeting EN1822-1:2009 H13~U17.

*AAF Global has a patented advanced ePTFE membrane filtration technology thatproduces high-efficiency, low-resistance, and high-performance PTFE filter media.The high-efficiency filter using PTFE filter material has obvious energy-saving effectcompared with traditional glass fiber filters

*Strong corrosion resistance, not easy to be damaged by acid, alkali and organicmatter, and can adapt to harsh use environment.The volatilization of chemical gases is low, and there is almost no harm to theproduction process and personnel health.

*The filter paper is stronger and less likely to break during transportation andinstallation.
*Smaller size, lighter weight, and space-saving.
*A variety of resistance specifications are available to meet customer needs.
*Gasket seals, liquid tank seals, and knife-edge frames are available.
*lt can usually be used with FFU, air supply vent and other air supply devices.

DESCRIPTION

1. It sets a new standard in the filter production process

Fiter media ar manufactured, discounted, assembled, tested and packaged in an AAF i$0 7 clean room. in this way the posibiity of filter contamination in the production
process is excluded and the secondary pollution of the customer’s manufacturing environment is avoided.

2.State-of-the-art design

Peated desian comoines maxmized efidensy wt minimal resistance and WFGAce!lNE fters are awalaple in a vanety ofthickness and sze comoatonsto meet the needs oi
a wide range of applications across a wide range of industries.
Dunng the production of ePTfE filter media, the membrane is precisely stretched to reduce “blind spots” and facitate the continuous and unifom fow of air through themembrane. The pleated design allows the air to fully contact the filter material, and the filter material is used efficiently.

3.Superior filter material

AAF uses a new batch glying process that alows for more filtration space than traditional processes, and combined with the lower resistance
characteristics of ePTFE filter media. it
reduces resistance by at least 40% compared to conventional fiberglass filters.

4. Low energy consumption

AAF uses a new batch gluing proces that alows for more filtration space than traditional proceses, and combined with the lower resistance characteristics of ePTfE fiter media,it reduces resistance by at least 40% compared to conventional fiberglass filters.

5.Excellent chemical properties

Compared to traditional fiberglass materials, the chemical gas volatilization is lower.

6. High corrosion resistance

Some acids, bases or organic solvents are commonly used in the microelectronics proauction process or semiconductor manufacturing proces, and these chemical reagents are corrosive. The ePTfE filter material is a polymer organic substance that is inherently resistant to these chemical agents.

7. Outstanding water resistance

Accordina o thetest resuits ofthe AAF laboratory and the acual use vemicaton ofthe customerthe ePTE flter paper has superor water restance compared to dlas fiber ang low boron glass fiber.

DESCRIPTION

1. It sets a new standard in the filter production process

Fiter media ar manufactured, discounted, assembled, tested and packaged in an AAF i$0 7 clean room. in this way the posibiity of filter contamination in the production
process is excluded and the secondary pollution of the customer’s manufacturing environment is avoided.

2.State-of-the-art design

Peated desian comoines maxmized efidensy wt minimal resistance and WFGAce!lNE fters are awalaple in a vanety ofthickness and sze comoatonsto meet the needs oi
a wide range of applications across a wide range of industries.
Dunng the production of ePTfE filter media, the membrane is precisely stretched to reduce “blind spots” and facitate the continuous and unifom fow of air through themembrane. The pleated design allows the air to fully contact the filter material, and the filter material is used efficiently.

3.Superior filter material

AAF uses a new batch glying process that alows for more filtration space than traditional processes, and combined with the lower resistance
characteristics of ePTFE filter media. it
reduces resistance by at least 40% compared to conventional fiberglass filters.

4. Low energy consumption

AAF uses a new batch gluing proces that alows for more filtration space than traditional proceses, and combined with the lower resistance characteristics of ePTfE fiter media,it reduces resistance by at least 40% compared to conventional fiberglass filters.

5.Excellent chemical properties

Compared to traditional fiberglass materials, the chemical gas volatilization is lower.

6. High corrosion resistance

Some acids, bases or organic solvents are commonly used in the microelectronics proauction process or semiconductor manufacturing proces, and these chemical reagents are corrosive. The ePTfE filter material is a polymer organic substance that is inherently resistant to these chemical agents.

7. Outstanding water resistance

Accordina o thetest resuits ofthe AAF laboratory and the acual use vemicaton ofthe customerthe ePTE flter paper has superor water restance compared to dlas fiber ang low boron glass fiber.

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