Minisart® NML syringe filters, CA, gamma-sterile, 0.8 µm, 28 mm, 50 unit(s)

Catalog nr. 1CPL.1
Sartorius

Volume: 50 pc(s)
Value Packs: 1 piece
Price:
Sale price€159,00
Ask quote for bulk order

Description

Minisart® NML syringe filters with cellulose acetate (CA) membrane are laboratory syringe filters intended for filtration and separation work. They combine a 0,8 µm pore size with a 28 mm diameter and are supplied gamma-sterile, supporting controlled sample handling in routine bench workflows. The CA membrane format is suited to aqueous and compatible media where defined particle retention and clarification are required before further analytical or preparative steps. Each pack provides 50 pc(s), giving a practical stock quantity for repeated single-use filtration tasks. These Minisart® NML units come from manufacturer Sartorius and sit within the established syringe-filter range used across general laboratory filtration. The complete pack weighs 0,410 kg, which is convenient for storage and distribution within the lab. Designed as ready syringe filters, they help laboratories standardise small-volume filtration steps with a clear pore rating, sterile presentation, and consistent geometry. Use them wherever CA membrane syringe filtration at 0,8 µm is specified for sample clean-up, particle removal, or preparation ahead of downstream laboratory procedures.

This article is part of Syringe filters, in Filtration.

Key features

  • Pack size: 50 pc(s)
  • Membrane: CA (cellulose acetate)
  • Pore size: 0,8 µm
  • Diameter: 28 mm
  • Sterility: gamma-sterile
  • Weight: 0,410 kg

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Questions about Minisart® NML syringe filters, CA, gamma-sterile, 0.8 µm, 28 mm, 50 unit(s)

What is this article?

Minisart® NML syringe filters, CA, gamma-sterile, 0.8 µm, 28 mm, 50 unit(s) is the article on this page. Luminix Health distributes Sartorius for laboratory use. It sits in Syringe filters, inside Filtration, in Lab consumables.

A syringe filter is a membrane in a plastic housing on a Luer fitting. Pore size, membrane polymer and diameter are the three choices. 0.2 µm is the sterilising and the HPLC-particle cut. 0.45 µm is the coarser clarification. Aqueous and solvent-resistant membranes are different polymers.

Filtration holds back what is larger than the pores and lets the rest through. Paper is the ordinary laboratory filter. A membrane has a stated pore size and a polymer that must survive the solvent. A syringe filter is that membrane in a housing on a syringe. Glass fibre takes a higher dirt load. Ultrafiltration holds back macromolecules and passes salts. The pore size, the chemical compatibility and the volume are the three choices. Laboratory apparatus around filtration is indexed under ISO laboratory apparatus.

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