​Chlorine Analysis: Oxygen Flask Combustion for Organic & Inorganic Compounds
By Exeter Analytical (UK) Ltd in Coventry
Exeter Analytical's chlorine analysis method primarily employs Oxygen Flask Combustion. This process involves combusting an accurately weighed sample in an oxygen-rich environment within a specialised flask, which converts all chlorine into soluble chloride ions. These ions are then absorbed into a solution. The resulting solution is subsequently analysed using a refined Cheng's method, with proprietary variations to ensure precise quantification of the Chlorine content, even in complex sample matrices. Contact us for further details.
1994
EST.
CALL OUR TEAM ON 024 7632 3223 FOR A QUOTE
​Key Benefits of Exeter Analytical's Chlorine Analysis:
Highly Accurate Chlorine Determination: UKAS ISO/IEC 17025:2017 accredited method ensures high accuracy and precision, accounting for potential interferences in various samples.
Versatile Sample Analysis: Optimised for both organic and inorganic compounds, our SOP 57 method can also analyse samples containing metals, fluorine, phosphorus, bromine, and iodine.
Enhanced Sample Characterisation: Chlorine analysis can be combined with CHN analysis for rapid purity determination and used with mass spectrometry and NMR for comprehensive compound characterisation.
Specialised Method Application: Utilises a refined Cheng's method with expert variations to handle diverse and challenging sample matrices effectively.
Reliability and Expertise: Clients benefit from Exeter Analytical's expertise and commitment to precision, ensuring reliable analytical results.
Trust Exeter Analytical for your chlorine testing needs. Our expertise coupled with our commitment to precision, makes us your ideal partner for reliable analytical results. Contact us today to learn more about our chlorine analysis services.
024 7632 3223