Cytiva Cellulose Nitrate Membranes, Plain, Sterile, 0.45 um, 47 mm

Login to See Prices

Cytiva Cellulose Nitrate Membranes, Plain, Sterile, 0.45 um, 47 mm

Weight 5 lbs
Dimensions 5 × 5 × 5 in
Brand

Size/Quantity

Product Size

Shipping Condition

UNSPSC

Manufacturer Part No

SKU: 889-77634-P5 Category:

Description

Recommended for microbiological culturing and sample preparation, Cytivas Whatman cellulose nitrate membrane filters offer very narrow pore size distribution and low levels of extractables.

• Sterile membrane filters eliminate the risk of contamination that could impact analysis
• High strength and flexibility

Specifications:
• Application: Sample preparation, Microbiological studies, Filtration of aqueous solutions
• Autoclavable: Yes
• Color: White
• Field of Application: Sediment analysis (Water microbiology and analysis)
• Hydrophobic: No
• Hydrophilic: Yes
• Material: Cellulose Nitrate
• Membrane Type: Plain
• Operating temp. max.: 80°C
• Pore Size: 0.45 µm
• Porosity Max.: 84%
• Porosity Min.: 66%
• Sterility: Sterile
• Weight Max.: 5.5 mg/cm2
• Weight Min.: 3.6 mg/cm2

†U.S. Sales Only
Image(s) are representative of the product group and not necessarily the individual product.

Please Submit Your Inquiries Below
Name(Required)
This field is for validation purposes and should be left unchanged.
What Makes Us Unique?

The Adva Tech portfolio offers a comprehensive workflow for your manufacturing needs with wide range of services that includes on site Inventory Management, Procurement Management, and Manufacturing Capabilities such as custom pack and private labeling.

Every client in the life science reagents and chemicals industry has unique needs and deserve unique solutions.

By partnering with the Adva Tech team, you will be supported throughout the life cycle of your product. This collaboration results in building better products, increasing efficiencies, and reducing cost & waste.

Adva Tech team is committed to your success and ready to help your company meet and exceed expectations.

Learn More