Representative Image

Macherey-Nagel CHROMABOND Columns PFAS BIGpack Volume: 3 mL, Content of Sorbent: 120 Mg Material: PP, with PE Filter Elements, Pack of 5 x 50

Filling quantity

Package

Package capacity

Specifications

Compare models
HS Code #
84799070
Filling quantity
120 mg
Filter element material
PE
Package
250 pcs
Package capacity
250 pcs
Particle type
Fully porous

R 47,007.40

Inc. VAT

Available soon

Product description

The Macherey CHROMABOND Columns PFAS BIGpack, Volume 3 mL, Sorbent Content 120 mg, Material PP, With PE Filter Elements, Pack Of 5x50 are designed for SPE analysis and enrichment of PFAS from water, textiles, and sediments, including contaminated soils. These columns feature a special polymeric combination phase with a weak anion exchanger and highly porous, spherical particles.

Key Features:

  • Brand: Macherey
  • Product Type: CHROMABOND columns PFAS BIGpack
  • Volume: 3 mL
  • Sorbent Content: 120 mg
  • Material: PP
  • Filter Elements: PE filter elements
  • Phase: Polymeric combination phase with weak anion exchanger
  • Particle Type: Highly porous, spherical particles
  • Application: Suitable for SPE analysis and PFAS enrichment from water, textiles, and sediments
  • Packaging: Pack of 5x50

These Macherey CHROMABOND PFAS BIGpack columns are suitable for laboratories requiring reliable SPE columns for targeted PFAS sample preparation and enrichment workflows.

Compare similar models

CHROMABOND columns PFAS BIGpack volume: 3 mL, content of sorbent: 120 mg material: PP, with PE filter elements pack of 5x50

Manufacturer P/N

7300009.250

Part Number

4.712 702

Manufacturer

Macherey-Nagel

Filling quantity

120 mg

CHROMABOND columns PFAS volume: 3 mL, content of sorbent: 120 mg material: PP, with PE filter elements pack of 30

Manufacturer P/N

7300009

Part Number

4.712 701

Manufacturer

Macherey-Nagel

Filling quantity

120 mg

Chromabond columns PFAS, volume 6 mL, content of sorbent 300 mg, PE-filter elements pack of 30

Manufacturer P/N

730283

Part Number

6.320 451

Manufacturer

Macherey-Nagel

Filling quantity

300 mg

CHROMABOND columns PFAS BIGpack volume: 6 mL, content of sorbent: 300 mg material: PP, with PE filter elements pack of 5x50

Manufacturer P/N

730283.250

Part Number

4.712 703

Manufacturer

Macherey-Nagel

Filling quantity

300 mg

Frequently asked questions

The CHROMABOND columns PFAS BIGpack is designed for SPE analysis and PFAS enrichment from water, textiles, and sediments. This chromabond columns pfas bigpack format supports routine laboratory work in that application.

Insights

Explore
What is a Laboratory Desiccator? Uses, Types and How It Works

11 mins read

What is a Laboratory Desiccator? Uses, Types and How It Works

A laboratory desiccator keeps its contents in a dry, low-humidity atmosphere, protecting hygroscopic reagents and moisture-sensitive samples and cooling heated samples for accurate weighing. This guide covers what it is, what it is used for, the main types, the desiccants that go inside, and how it works, with an animated drying cycle and a setup finder.

Read full story
What is a Buchner Funnel? Uses, Setup and How Vacuum Filtration Works

14 mins read

What is a Buchner Funnel? Uses, Setup and How Vacuum Filtration Works

The Buchner funnel is the standard tool for fast vacuum filtration across South African labs, from minerals and assay work to SANAS-accredited QC. This guide covers what it is, what it is used for, how to set one up step by step, the main materials, and how vacuum filtration works, with an animated apparatus and a funnel finder.

Read full story
What is a Separating Funnel? Uses and How It Works

10 mins read

What is a Separating Funnel? Uses and How It Works

A separating funnel parts two immiscible liquids by density and is central to liquid-liquid extraction, from minerals and assay work to environmental testing and SANAS-accredited QC. This guide walks through what it is, how it works step by step, the pear-shaped and conical types, and how to choose one, with an animated demo and funnel finder.

Read full story