Profile® II Depth Filters for CMP Applications

High-Efficiency Depth Filters for CMP Application Filtration

Profile II depth filter cartridges for chemical mechanical processing (CMP) applications effectively remove agglomerated particles and gels from oxide, tungsten and copper slurries without disturbing particle distribution. The steep efficiency curves in these filters result in minimal strip-out of desirable slurry particles while sharply increasing the removal of oversized particles.

Order Products

Gasket / O-Ring Material

EPDM

Cartridge Length (Metric)

127 mm

Nexis® T Filter Cartridges, Removal Rating 10 μm, Polypropylene, Length 5 inches, EPDM, SOE flat closed end external 222 O-rings

Product ID: NXT105UM3E
Unit of Measure
30/EA
Min Order Qty
30
Removal Rating
10 µm
Membrane Material
Polypropylene
Cartridge Length (Imperial)
5 in
Cartridge Length (Metric)
127 mm
Cartridge Length (Metric)
12.7 cm
Gasket / O-Ring Material
EPDM
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Poly-Fine® II, Filter Cartridges, Removal Rating 5 μm, Polypropylene, Length 5 Inches product photo

Poly-Fine® II, Filter Cartridges, Removal Rating 5 μm, Polypropylene, Length 5 Inches

Product ID: PFT55UEM3
Unit of Measure
1/EA
Min Order Qty
1
Micron
5 µm

Nexis® A Series Filter Cartridges, Removal Rating 0.5 μm, Polypropylene, Length 5 inches

Product ID: NXA055UDOEE
Unit of Measure
60/EA
Min Order Qty
60
Removal Rating
0.5 µm
Membrane Material
Polypropylene
Cartridge Length (Imperial)
5 in
Cartridge Length (Metric)
127 mm
Cartridge Length (Metric)
12.7 cm
Gasket / O-Ring Material
EPDM
See All Attributes

Description

Why choose CMP depth filter cartridges?

These depth filters are available in removal ratings from 0.2 to 40 µm, which are five to 10 times finer than traditional depth filter ratings. They also include a continuously profiled pore structure for built-in prefiltration.

Applications

Microelectronics:

  • Chemical mechanical processing (CMP)

Specifications

 

Removal Ratings

 

  • 0.2 µm, 0.3 µm, 0.5 µm, 1 µm, 3 µm, 5 µm, 10 µm, 20 µm, 30 µm and 40 µm 

 

Pressure Drop vs. Liquid Flow Rate1

 

1 For liquids with viscosities differing from water, multiply the pressure drop by the viscosity in centipoise.

Documents

Data Sheets

  • Profile® II Filters for CMP Applications

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