H13 H14 ,hepa air handling unit air filter

FOB Reference Price:Get Latest Price
US $1-3 / Set | 100 Set/Sets (Min. Order)
Supply Ability:
1000 Set/Sets per Day
Port:
Qingdao
Report Suspicious Activity
Overview
Quick Details
Efficiency:
99.99%
Construction:
Panel Filter
Filtration Grade:
Hepa Filter
Medium Material:
Fiberglass
Porosity:
0.3u
Place of Origin:
Shandong, China (Mainland)
Brand Name:
AOBO
Model Number:
C-003
Dimension(L*W*H):
Customer Requirs)
Weight:
4KG
Certification:
ISO9001
Warranty:
3 Years
After-sales Service Provided:
Engineers available to service machinery overseas
specification:
customized
supply type:
make to order
material:
fiberglass polyester fiber
filter effieicy:
99.99%
Packaging & Delivery
Packaging Details
carton
Or packing according to the requirements
Delivery Time
no more than15 working days after receiving 30% deposit

H13 H14 ,hepa air handling unit air filter

 

 

Feature:
1, Low pressure Drop
2, Thin Thickness, light weight
3, High Efficiency
4, Low operating cost

Mini-pleated HEPA Filter

 

Material and operating conditions:

 

Filter Class

H10-H14,U15-U17(EN1882)

Frame

Aluminum alloy, Surface anodized

Media

Superfine fiberglass filter paper

Separator

Hot melt adhesive

Face net

Coated mesh White RAL9016

Gasket

EVA

Sealant

Polyurethane

Max. Temp.

80°C

Max. Humility

100%

 

Air velocity (m3/h) and pressure (Pa)

   

 

Application:

 

It is widely used in the terminal filtration of the civil or industrial cleaner places requiring a higher degree of cleanliness such as electronics, semiconductor, precision machinery, pharmaceuticals, hospitals, food etc.

 

Technical parameters

Model

Size(MM)
W*H*D

Rated Air velocity

m3/h

Holding capacity

Airflow

m/s

Initial Pressure resistance/Pa

Final Pressure
resistance/Pa

Efficiency
for 0.3μm

HP

610*610*50

600

≈450

0.45

<180

400

>99.99%

(H13)

915*610*50

900

≈700

0.45

610*610*69

800

≈650

0.6

915*610*69

1700

≈950

0.6

610*610*90

1000

≈800

0.75

1170*570*69

1800

≈1100

0.75

1220*610*100

2000

≈1600

0.75