SKU
NEST.Syringefilter

NEST Syringe Filters

Price $0.10

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Nest Syringe Filters are available in a variety of sizes and membranes for both sterile and non-sterile laboratory applications. The most commonly type of membrane for sterile syringe filters is PES. PES membrane features high flow and low protein adsorption, which can meet the broad applications, such as buffer, protein, culture medium, additives and so on.

 

Features:

  • Transparent PP housing: Allows users to observe contaminants in filtrate and filtration process
  • Ultrasonically welded: Maximizes effective filtration area (EFA)
  • Specifically designed to maximize sample recovery: Minimal sample hold-up volume
  • Available pre-sterilized and individually packaged: Ensures sterility during sample preparation
  • Broad Compatibility: Making them suitable for many types of applications and solvents

 

Application Direction and types

 

  • HPLC sample preparation
  • Routine QC analysis
  • Removal of protein precipitates
  • Dissolution testin
  • Food analysis
  • Sterile filtration and clarification of biological fluids
  • Environmental samples
  • Tissue culture media preparation
  • Sterile filtration and clarification of biological fluids
  • Protein and enzyme filtrations
  • Hybridization buffers
  • Nest Syringe Filters have the following features:
  • Superior flow rate
  • High total throughput
  • Broad range of membrane types
  • Various diameters
  • Low extractables
  • Consistent particle retention

 

Specifications

Choosing the Right Diameter

  13 mm 25 mm
Filtration Area (cm²): 1.09 4.08
Housing Material: PP PP
Holdup-Volume (μl): <10 <100
Typical Process Volume (ml): 1 - 10 10 - 100
Volume Throughput (ml): <20 <100
Connections (Inlet/Outlet): Female Luer Lock inlet and. Male Luer slip outlet Female Luer Lock inlet and Male Luer slip outlet
Max Operating Pressure (psi): 87 87
Max Operating Temperature (℃): 100 100
Layers: 2 2

 

Filtration at a Guidance

Membrane Properties  Applications & Feature
PES hydrophilic Aqueous solutions, buffers& culture media filtration, High protein recovery>98.5%
PVDF hydrophobic Compatible with many organic and non-organic solvents making it is ideal for a wide range of applications.

 

Products Descriptions

Description /Pk /Cs
Syringe Filter, 25mm Housing Diameter, 0.22um PES membrane, Sterile, Individually wrapped 1 50
Syringe Filter, 25mm Housing Diameter, 0.45um PES membrane, Sterile, Individually wrapped 1 50
Syringe Filter, 13mm Housing Diameter, 0.22um PES membrane, Sterile, Individually wrapped 1 50
Syringe Filter, 13mm Housing Diameter, 0.45um PES membrane, Sterile, Individually wrapped 1 50
Overview

Nest Syringe Filters are available in a variety of sizes and membranes for both sterile and non-sterile laboratory applications. The most commonly type of membrane for sterile syringe filters is PES. PES membrane features high flow and low protein adsorption, which can meet the broad applications, such as buffer, protein, culture medium, additives and so on.

 

Features:

  • Transparent PP housing: Allows users to observe contaminants in filtrate and filtration process
  • Ultrasonically welded: Maximizes effective filtration area (EFA)
  • Specifically designed to maximize sample recovery: Minimal sample hold-up volume
  • Available pre-sterilized and individually packaged: Ensures sterility during sample preparation
  • Broad Compatibility: Making them suitable for many types of applications and solvents

 

Application Direction and types

 

  • HPLC sample preparation
  • Routine QC analysis
  • Removal of protein precipitates
  • Dissolution testin
  • Food analysis
  • Sterile filtration and clarification of biological fluids
  • Environmental samples
  • Tissue culture media preparation
  • Sterile filtration and clarification of biological fluids
  • Protein and enzyme filtrations
  • Hybridization buffers
  • Nest Syringe Filters have the following features:
  • Superior flow rate
  • High total throughput
  • Broad range of membrane types
  • Various diameters
  • Low extractables
  • Consistent particle retention

 

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