Parker Polyflow-G Depth Cartridges

Polyflow®-G depth media has been developed for a wide variety of general process applications from fluid clarification to general prefiltration. Its high dirt-loading, random fiber polypropylene depth media provides consistent particle retention. Polyflow®-G is thermally bonded from 100% virgin polypropylene to ensure clean filtrates and excellent chemical and thermal compatibility in the most demanding processing conditions.

Polyflow®-G leads in overall reduction of filtration costs when compared to spunbonded, stringwound, and nominally rated pleated prefilter cartridges. Its longer filtration life reduces downtime due to fewer changeouts.

Benefits

• High flow rate and long service life reduce processing time
• Broad chemical compatibility allows use in most applications
• Thermally bonded construction minimizes extractables for cleaner filtrates

Applications

• Liquid clarification
• General water filtration
• Beverage/wine clarification
• RO/DI prefiltration

SPECIFICATIONS

Materials of Construction:

• Depth media - Polypropylene
• Support layers - Polypropylene
• Structure - Polypropylene
• All components are thermally bonded to ensure integrity and reduce extractables

Maximum Differential Pressure/Temperature:
Forward:  80 psid (5.5 bar) @ 75˚F (24˚C)
Reverse:   40 psid (2.8 bar) @ 75˚F (24˚C), 15 psid (1.0 bar) @ 140˚F (60˚C)

Nominal Filter Ratings:
0.2 μm, 0.5 μm, 1 μm, 3 μm, 10 μm, and 30 μm

Effective Filtration Area:
3.6 ft2 (0.33 m2) per 10 inch (250 mm) cartridge

Cartridge Extractables:
NVR < 35 mg per 10 inch (250 mm) cartridge

Biological Safety:
All components meet USP specifications for Class VI-121˚C Plastics criteria.

Maximum Operating Temperature:
160˚F (71˚C)

Bulk Packaging:

• 5’ - 12 per carton
• 10” - 28 per carton
• 20” - 12 per carton
• 30” - 12 per carton
• 40” - 9 per carton

Performance Attributes
Water in Flow Rates, Typical *
0.2 μm    4.2 gpm/psid (23.3 lpm/100 mbar)
0.5 μm    11.0 gpm/psid (60.4 lpm/100 mbar)
1.0 μm    33.0 gpm/psid (181.1 lpm/100 mbar)
3.0 μm    70.0 gpm/psid (384.2 lpm/100 mbar)
5.0 μm    70.0 gpm/psid (384.2 lpm/100 mbar)
10.0 μm  70.0 gpm/psid (384.2 lpm/100 mbar)
30.0 μm  70.0 gpm/psid (384.2 lpm/100 mbar)