Representative Image

Bohlender Digestion Containers for Microwave Oven, PTFE Cap, 20 ml

Brand:Bohlender

Dimensions (WxH)

Height int.

Int. Ø

Max. pressure

Max. temperature

Nominal capacity

Specifications

Compare models
Dimensions (WxH)
22 x 60 mm
Height int.
60 mm
Int. Ø
22 mm
Material
PTFE
Max. pressure
20 bar
Max. temperature
150 °C
Nominal capacity
20 ml
UNSPSC
41104304

NZ $1578.27

Inc. GST

Available soon

Product description

The Bohlender Digestion Containers for Microwave Oven, with PTFE caps, are designed for high-pressure and high-temperature digestion processes. These containers are made from isostatically pressed, high-grade PTFE (TFM), offering excellent chemical resistance and a non-porous surface to prevent contamination. Ideal for small sample volumes, they are suitable for use in microwave digestion systems.

Key Features:

  • Brand: Bohlender
  • Material: High-grade PTFE (TFM) for chemical resistance
  • Capacity: 20 ml
  • Temperature Resistance: Up to 150°C
  • Pressure Resistance: Up to 20 bar
  • Application: Designed for small-scale sample digestion in microwave ovens

This digestion container is an essential tool for laboratories requiring reliable and efficient digestion of small samples in a microwave system.

Compare similar models

Digestion containers for microwave oven,PTFE cap. 20 ml

Manufacturer P/N

A 240-06

Part Number

9.601 462

Manufacturer

Bohlender

Dimensions (WxH)

22 x 60 mm

Digestion containers for microwave oven,PTFE cap. 5 ml

Manufacturer P/N

A 240-02

Part Number

9.601 460

Manufacturer

Bohlender

Dimensions (WxH)

15 x 32 mm

Digestion containers for microwave oven,PTFE cap. 50 ml

Manufacturer P/N

A 240-08

Part Number

9.601 463

Manufacturer

Bohlender

Dimensions (WxH)

33 x 62 mm

Digestion containers for microwave oven,PTFE cap. 100 ml

Manufacturer P/N

A 240-10

Part Number

9.601 464

Manufacturer

Bohlender

Dimensions (WxH)

35 x 110 mm

Frequently asked questions

It are designed for high-pressure and high-temperature digestion processes. These containers are made from isostatically pressed, high-grade PTFE (TFM), offering excellent chemical resistance and a non-porous surface to prevent contamination. Ideal for small sample volumes, they are suitable for use in microwave digestion systems.

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 holds its contents in a dry, sealed atmosphere, protecting moisture-sensitive samples and reagents and cooling heated samples without letting them take up water. 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 Separating Funnel? Uses and How It Works

10 mins read

What is a Separating Funnel? Uses and How It Works

The separating funnel is the go-to tool for liquid-liquid extraction across New Zealand labs, from universities and Crown Research Institutes to environmental, water and food testing. This guide explains what it is, how it works step by step, the main shapes, and how to pick one, with an interactive process demo and finder.

Read full story

NZ $1578.27

Inc. GST