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Sartorius Syringeless Filter Claristep 0.2µm, RC, PP, Non-Sterile, Pack of 96

Brand:Sartorius

Pore size

Specifications

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Pore size
0,2 µm
UNSPSC
41104900

NZ $769.05

Inc. GST

Available soon

Product description

The Sartorius Syringeless Filter Claristep 0.2µm, RC, PP, non-sterile, pack of 96 is designed for efficient filtration in laboratory applications. Made from high-quality regenerated cellulose (RC) and polypropylene (PP), these filters provide excellent performance and reliability in sample clarification. Ideal for use in various research and analytical settings, they ensure precise filtration for accurate results.

Key Features:

  • Brand: Sartorius
  • Material: Regenerated cellulose (RC) and polypropylene (PP) for reliable filtration
  • Size: 0.2µm pore size for efficient filtration
  • Application: Non-sterile filters for laboratory sample clarification
  • Packaging: Pack of 96 filters

These filters are a vital tool for laboratories that require high-quality filtration solutions with excellent throughput and minimal sample loss.

Compare similar models

Syringeless Filter Claristep® 0.2µm, RC, PP, non-sterile, pack of 96

Manufacturer P/N

17C07FT---96

Part Number

6.283 797

Manufacturer

Sartorius

Pore size

0,2 µm

Syringeless Filter Claristep® 0.45µm, RC, PP, non-sterile, pack of 96

Manufacturer P/N

17C06FT---96

Part Number

6.283 799

Manufacturer

Sartorius

Pore size

0,45 µm

Syringeless Filter Claristep® 0.45µm, RC, PP, non-sterile, pack of 480

Manufacturer P/N

17C06FT--480

Part Number

6.283 800

Manufacturer

Sartorius

Pore size

0,45 µm

Syringeless Filter Claristep® 0.2µm, RC, PP, non-sterile, pack of 480

Manufacturer P/N

17C07FT--480

Part Number

6.283 798

Manufacturer

Sartorius

Pore size

0,2 µm

Frequently asked questions

It is designed for efficient filtration in laboratory applications. Made from high-quality regenerated cellulose (RC) and polypropylene (PP), these filters provide excellent performance and reliability in sample clarification. Ideal for use in various research and analytical settings, they ensure precise filtration for accurate results.

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