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Asbestos in the environment

Asbestos analysis

Asbestos is a naturally occurring mineral that was widely used due to its outstanding properties, such as: fire resistance, insulation and chemical resistance.

The fact that there is a considerable health risk from the use of asbestos only became apparent later on, as serious illnesses appeared with a long delay.

For this reason, the production and use of asbestos was not banned in Germany until 1993.

As a result, large quantities of asbestos are still present in existing building materials. This becomes problematic in the case of renovation and disposal, where asbestos fibres can be released or waste containing asbestos must be disposed of properly.

Among other things, we examine chrysotile and amphibole in our specialised laboratories. Chrysotile or white asbestos is the most commonly used type of asbestos in industry. So-called Eternit panels (roof panels) or façade panels contain this type. Amphiboles are a group of minerals that, in contrast to chrysotile, tend not to fray but form fibre bundles.

Our spectrum of analyses

  • Examination of asbestos according to VDI 3866 in material and contact samples
  • Examination of asbestos according to VDI 3866 Annex B with low limit of determination
  • Examination of air samples (asbestos monitors)
  • Qualitative detection of asbestos in water and soil samples
  • Examination of samples from construction and demolition waste according to VDI 3876
  • Examination of artificial mineral fibres (KMF) according to TRGS 905
  • Planning and qualified execution of sampling of air and material samples
  • Accreditation according to DIN EN ISO/IEC 17025

Chrysotile & Amphibole - a practical example

These images show various asbestos fibers under the scanning electron microscope.

Chrysotile or white asbestos is the most industrially used type of asbestos. So-called Eternit panels (roof panels) or facade panels contain this type.

Amphiboles are a group of minerals which, in contrast to chrysotile, tend not to fray but to form fiber bundles. 

 

 

Artificial mineral fibres (KMF) - a practical example

Artificial mineral fibers (AMF) are colloquially known as glass wool, rock wool, mineral wool, Kamilit or Kamelit. They are used as insulating materials, in textiles, as strengthening of plastics and as optical fibers.

 

AMF often replace asbestos because they have similar technical properties. Many AMF are harmless to health and are therefore marked with the RAL quality seal. However, AMF release respirable fibers. AMF manufactured up to about the year 2000 are suspected of being carcinogenic.

 

 

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SGS INSTITUT FRESENIUS GmbH

Oberkonnersreuther Straße 3
D-95448 Bayreuth

Goerzallee 305a
D-14167 Berlin

Königsbrücker Landstr. 161
D-01109 Dresden

Philipp-Reis-Straße 2 a  
D-37075 Göttingen

Heidenkampsweg 99  
D-20097 Hamburg

Am Technologiepark 10
D-45699 Herten

SGS INSTITUT FRESENIUS GmbH

Im Paesch 1 a
D-54340 Longuich

Hauptstraße 105
D-04416 Markkleeberg

Geretsrieder Str. 10 a  
D-81379 München

Güttinger Straße 37  
D-78315 Radolfzell

Am Tüv 1
D-66280 Sulzbach

Im Maisel 14
D-65232 Taunusstein

SGS Analytics Germany GmbH

Gubener Straße 39
D-86156 Augsburg

Köpenicker Str. 325  
D-12555 Berlin

Höhenstraße 24 
D-70736 Fellbach

Steiglehnerstraße 6
D-85051 Ingolstadt

Hans-Inderfurth-Str. 1  
D-77933 Lahr

Hauptstr. 105
D-04416 Markkleeberg

Zur Kesselschmiede 4  
D-92637 Weiden