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H13 99.95% & 99.97% HEPA Filter Media

HEPA :for 100,000 to 10,000 class clean rooms or workbenches, venting systems in nuclear power station, high-grade household cleaners, air purifiers and gas masks, etc.

Specification:


H13 99.95% & 99.97% HEPA Technical Parameter Table
No.Weight(g/m²)Thickness(mm)Efficiency(%)European   Efficiency ClassResistance(Pa)Max.Width(mm)Roll   Length(m)Material
JH13-39585±80.60±0.199.95%H1328±2Pa1450-1480mm500PP Melt Blown composited with PET support layer
JH13-39790±80.65±0.199.97%H1330±2Pa
Test   Condition
1)Air Flow   Rate:32L/min.dm²
2)Particle:0.3μm   NaCL
3)  Test Insrument:TSI8130


Feature
1. high filtration efficiency
2. High dust holding capacity
3. Low resistance
4. High mechanical strength
5. Stable biochemical property

 

Applications

ASHRAE:for common air-conditioning systems, gas turbines and air compressors.
 
HEPA :for 100,000 to 10,000 class clean rooms or workbenches, venting systems in nuclear power station, high-grade household cleaners, air purifiers and gas masks, etc.

ULPA: for integrated circuit factories and 100 class, 10 class and 1 class clean rooms, etc.


               The difference between Glassfiber Filter Media & PP+PET Composite Filter Media

The Name of the filter paper

Filtration Efficiency (%)

Wind Resistance(5.33cm/s)

Service Life

H13 Glass Fiber

> 99.97

>300Pa

8-12 Months

H13 PP + PET Composite

> 99.97

<35Pa

8-12 Months

Composite materials (PP+PET),which are suitable for household air purifier, the resistance is much smaller than micro-glass fibre products,  so low-energy consumption.  H13 (99.97% ) product resistance (Air Pressure Drop) is 28 (Pa), H14(99.995%) is 37(Pa)--5.3cm/s, 32L/min.
Micro-glass fibre paper, which are applied to industrial fields, the resistance up to 300 (Pa), much higher than composite materials, so the energy consumption is higher.