Search
English
Login
ALS Solutions provides you with online access to your sample and analytical information from anywhere.
Login
Retrieve results and track sample progress in real time with access to featured digital products such as CoreViewer™ and ALS QCPro™.
Login
This convenient application lets customers closely track oil analysis reports in process in real time.
LoginALS offers analysis of organotin compounds mainly by GC- ICP-SFMS (Gas Chromatography coupled with ICP-SFMS). The testing for organotin compounds is accredited for water, soil, sediment, sludge and biota but can also be offered for electronics, textiles, paper, pulp and more. ALS is also proud to offer our clients low LOQ testing of OTC compounds, down to 0.0002 mg/kg, or 0.2µg/kg, dry weight for solid samples..
Monoorganotin compounds and diorganotin compounds are frequently used as stabilizers in the manufacturing of plastics. These compounds are also used as catalysts in the binder of sealants, coatings, adhesives and more.
Apart from dibutyltin (DBT) that may be immunotoxic and have an irritant effect on skin and eyes, mono-organotin and di-organotin compounds are generally characterized by lower toxicity and limited biological activity.
ALS can offer the below testing capabilities for mono-organotin and di-organotin compounds:
For details see our packages.
Tetra-organic tin compounds do not generally occur in chemicals. The main use of tetra organic tin is as raw material (starting material) for production of other organotin compounds. ALS Scandinavia offers tetrabutyltin analysis. Tetrabutyltin, TTBT, can be measured individually or as part of analytical suites.
ALS offers analysis of triorganotin compounds:
For details see our packages.
Triorganotin componds are the most toxic organotin compounds used as industrial biocides. The most commonly known source of the toxic tributyltin (TBT) is from its’ use as antifungal agent. It has been used on textiles, paper, wood and as a marine anti-biofouling agent on boats and ships. The use of TBT paint on boats and ships has caused damage to marine life in harbors. Due to the toxicity of triorganotin compounds, they are now banned in large parts of the world.
ALS offers methylmercury analysis by GC-ICP-SFMS (Gas Chromatography coupled with ICP-SFMS). Testing for methylmercury is offered for: Water, soils, sediment and sludge, biota (fish, shellfish, plants etc.), blood, serum, and plasma.
MORE INFORMATION
ALS offer analysis of inorganic selenium compounds by IC-HG-ICPMS. Samples are analyzed by ion chromatography with post column hydride generation and detection by inductively coupled plasma mass spectrometry. The use of hydride generation provides significantly improved sensitivity and thus better reporting limits (LOQ). ALS has analytical methods for testing for inorganic selenium compounds for a variety of sample types:
MORE INFORMATION
ALS offer analysis of inorganic arsenic compounds by IC-HG-ICPMS. Samples are analyzed by ion chromatography with post column hydride generation and detection by inductively coupled plasma mass spectrometry. The use of hydride generation provides significantly improved sensitivity and thus better reporting limits (LOQ). ALS has analytical methods for testing for inorganic arsenic compounds for a variety of sample types:
MORE INFORMATION
