Accurately resolved:
HERZOG Sample preparation for combustion analysis
Precise element determination: our solutions for sample preparation for combustion analysis
HERZOG opens up a wide range of possibilities for the analysis of the elements carbon, sulphur, hydrogen, oxygen and nitrogen by means of combustion analysis. Our integrated solutons ensure the optimum preparation of powder, steel, iron, and other metal samples for combustion analysis. Our machines produce the required subsamples from metallic samples in the form of punched pieces or chips. HERZOG offers a wide range of high-performance cutting and punching machines for the processing of sample material. We also offer integrated solutions for powder samples. Good to know: HERZOG works with all leading manufacturers of combustion analysis instruments.
All HERZOG components are designed and tailored to each other that you can always count on maximum operational and process safety, speed, and ease of use. The HERZOG CNSLab is the first choice for handling punched parts and chips. It reliably handles the entire sample preparation process, from automatic sample receipt to the transfer of the pre-heated crucible with weighed sample and additives to the analyzer.
Would you like to find out more? We will be happy to advise you.
HERZOG sample preparation combustion analysis: our offer - your advantages:
- Basis for high-precision, rapid analysis of elemental concentrations
- Different solutions for generating sample material
- CNS Lab for fully automated elemental analysis of solids and powders by combustion
- HERZOG punching:
- Chip capture during the milling process using the Chip Capture Unit in HERZOG milling machines
- Production of punched pieces from disk or flap samples using HUST (semi- or fully automatic)
- HERZOG cutting:
- Extensive portfolio of cutting machines
- Suitable for almost all metallic materials
- Flat cutting surfaces with low roughness
- Short preparation times thanks to automation - for prompt chemical analysis
- Minimal burr build-up
- Optimum heat and chip evacuation