KeLing Purification Technology Company Group
|
Gold Index: 12010
Place of Origin: | Zhejiang, China (Mainland) |
Add to My Favorites | |
HiSupplier Escrow |
High Temperature Resistant 250 Degree HEPA Air Filter For Clean Oven
Quicky Detail
Media: Glass Fiber Wtih AL Separator
Frame: Aluminum , galvanized frame or stainless steel frame
Gasket: high temperture gasket
HEPA filter efficiency:99.99%- 99.999%@0.3um
H10 - H14
HEPA filter size: 610x610x292
Max Humidity : 100%
max temperture : 300 instantaneous
250 constant
Resistance:<200pa
Performance:
High Efficiency, Low resistance and sufficiently dust holding capacity, endure high temperature from 250-400
Applications area:
High Temperature-Resistance HEPA filter widely use for pharmacy, food, semiconductor, LCD and IC industry where production processes need ultra- clean oven cabinet or high temperature clean purification equipment and system.
Characteristics:
1: This high temperature resistant HEPA air filter is the finally filtration in clean system that use
for filter the particles more than 0.3um.
2: The filter media adopt the ultra-thin glass fiber and the 0.035mm aluminum foil spacer each in
very regular so that the refresh air pass through the media very easy and make best in area
use, another hands, it can increase the intensity of the HEPA air filter.
4: The high temperature inorganic adhesive sealant around the media so that the air filter without
any air leaking.
5: this air filter can endure max 400without silicon
6: laser to scan the each air filter one by one.
7: the HEPA air filter efficiency range: H10, H11, H12, H13, H14
99.9-99.999%@0.3um (EN1822)
Dimension and parameter:
Dimension (W*H*D) (mm) |
Air flow (M3/h) |
Media area (m2) |
Holding dust(g) |
Primary resistance (by0.5m/s) |
Final resistance |
Efficiency (0.3um) |
320x320x150 |
270 |
2.6 |
155 |
<200pa |
400pa- 600pa |
>99.99% H13-H14 |
484x484x150 |
600 |
6 |
360 |
<200pa |
||
610x610x150 |
1000 |
9.6 |
KeLing Purification Technology Company Group [China (Mainland)]
Business Type:Manufacturer |