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UNMTM High Efficiency Filter Paper for Fan Filter Unit

It created a high-efficiency, hydrophobic filter medium with a filtration accuracy of up to 99.99997%, which can effectively intercept particles, water vapor and harmful gases in the air.

Acid & Alkali Resistance

Superior chemical resistance, superior resistance to acids (as hydrofluoric acid HF), bases and organic solvents.

High Porosity, Good Hydrophobicity & Air Permeability

Super waterproof, superior mechanical strength and durability.

Low Wind Resistance & High Dust Holding Capacity

This material has a multi-layer cascade structure, it can achieve a better balance between wind resistance and interception rate, and greatly increase the dust holding capacity of the filter media.

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Overview

A fan filter unit (FFU) is a type of motorized air filtering equipment. It is used to supply purified air to cleanrooms, laboratories, medical facilities or microenvironments by removing harmful airborne particles from recirculating air. The units are installed within the system's ceiling or floor grid. Large cleanrooms require a proportionally large number of FFUs, which in some cases may range from several hundred to several thousand. Units often contain their own pre-filter, HEPA filter and internally controllable fan air distribution.

Our product created a high-efficiency, hydrophobic filter medium with a filtration accuracy of up to 99.99997%, which can effectively intercept particles, water vapor and harmful gases in the air. It can fully meet the processing and purification requirements of precision electronic products such as semiconductor chips.

Electron Micrograph

The air filters which made by our material can meet EN 1822-2019, GB/T 13554, ISO 29463, IEST-RP-CCOO1, etc.

Product Offerings

Through R&D and extensive field testing, we’ve developed a portfolio of Unm filter media designed to fit many air purification applications. We also offer membrane discs in custom sizes for diverse applications.

UNMTM ePTFE High Efficiency Composite Filter Media
Code No. Filter Grade Structure Weight Thickness Ave Pressure Drop Ave Filtration Efficiency Size Range
Layers Base Fabric g/m2 mm Pa@5.3cm/s %@5.3cm/s μm
YKF080317S U17 3 PET 80 0.4 310-390 ≥99.99992 0.1-0.2
YKF080316H U16 3 PET 80 0.4 270-330 ≥99.9999 0.1-0.2
YKF080316S U16 3 PET 80 0.4 240-300 ≥99.9997 0.1-0.2
YKF080315H H15 3 PET 80 0.4 220-275 ≥99.999 0.1-0.2
YKF080315S H15 3 PET 80 0.4 190-245 ≥99.997 0.1-0.2
YKF080314H H14 3 PET 80 0.4 170-220 ≥99.997 0.3-0.5
YKF080314S H14 3 PET 80 0.4 140-190 ≥99.995 0.3-0.5
YKF080313H H13 3 PET 80 0.4 125-170 ≥99.97 0.3-0.5
YKF080313S H13 3 PET 80 0.4 95-140 ≥99.95 0.3-0.5
YKF080312S E12 3 PET 80 0.4 60-100 ≥99.5 0.3-0.5
YKF080311S E11 3 PET 80 0.4 35-70 ≥95 0.3-0.5
YKF080310S E10 3 PET 80 0.4 18-45 ≥85 0.3-0.5
YKF090517S U17 5 PET 90 0.45 310-390 ≥99.99992 0.1-0.2
YKF090516S U16 5 PET 90 0.45 250-310 ≥99.9997 0.1-0.2
YKF090515S H15 5 PET 90 0.45 200-260 ≥99.997 0.1-0.2
YKF090514S H14 5 PET 90 0.45 150-210 ≥99.995 0.3-0.5
YKF090513S H13 5 PET 90 0.45 100-160 ≥99.95 0.3-0.5

UNMTM ePTFE High PHC Filter Media
Code No. Filter Grade Structure PHC Weight Thickness Ave Pressure Drop Ave Filtration Efficiency Size Range
Layers g/m2 g/m2 mm Pa@5.3cm/s %@5.3cm/s μm
YKF090516P2 U16 5 ≥15 90 0.45 310-390 99.9999 0.1-0.2
YKF090516P U16 5 ≥15 90 0.45 280-360 99.9997 0.1-0.2
YKF090515P2 U15 5 ≥15 90 0.45 250-310 99.9992 0.1-0.2
YKF090515P U15 5 ≥15 90 0.45 230-290 99.997 0.1-0.2
YKF090514P2 H14 5 ≥15 90 0.45 200-260 99.997 0.3-0.5
YKF090514P H14 5 ≥15 90 0.45 180-240 99.995 0.3-0.5
YKF090513P2 H13 5 ≥15 90 0.45 150-210 99.97 0.3-0.5
YKF090513P H13 5 ≥15 90 0.45 130-190 99.95 0.3-0.5