PRODUCT PARAMETERS
Material
|
Polypropylene |
Core
|
None, Polypropylene |
Surface
|
Smooth Surface |
Endcap
|
DOE, 222/Flat, 222/Fin, 226/Flat, 226/Fin |
Sealing Material
|
BUNA, EPDM, Silicon, Viton |
Inner Diameter
|
11mm ~ 98mm |
Outer Diameter
|
26mm ~ 160mm |
Micron Rating
|
1um ~ 100um |
Length
|
5" ~ 50" |
Product Code |
Description |
Length |
Micron |
Efficiency |
Change-out
Pressure Max. |
Filtration Type |
Max. Operating
Temperature |
CPPM |
Smooth finish, none core |
10~40" |
0.5~100μm |
Nominal |
0.35 MPa |
Depth |
80o
[email protected] |
CPML |
Smooth finish, with core |
10~40" |
1~100μm |
Nominal |
0.45 MPa |
Depth |
80o
[email protected] |
Standard PP Melt Blown Cartridges
Filterek standard PP nominal rated melt-blown cartridges are produced with exclusively FDA CFR
Title 21 compliant virgin Polypropylene microfiber and produced in continuous length by the latest
melt-blown technologies. The filter media graded pore structure is generated by controlled
microfiber diameter variations, ours are more advanced and featured by enhanced filter media
integrity and strength, increased contaminant holding capacity and extended service life.
CPPM Series are industrial standard melt-blown Polypropylene cartridges. Singed inner core
surface, singed exterior treatment to prevent loose fiber migration. Continuous length. Smooth
finish. CPML is Used the same filter media and structure as CPPM and lined with Polypropylene
core, CPML Cartridges feature added integrated strength, and are suitable for high pressure
differential applications.
Features
Micron range: 1,5,10,25,50,75,100 micron.
Length: Log made of continuous length. 10~40" normal length. Custom cut available.
Efficiency: Nominal rating, 85% contaminant particle retention efficiency with a single pass.
Media grade: Exclusively FDA compliant media, no silicon and other types of contamination.
High flow rate, low pressure drop
Large contaminant retention capacity, extended service life.
Optimum replacing pressure differential 0.15MPa, Max. 0.25MPa
Broad chemical compatibilities.