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Analytix Ltd

9 Boldon Court, Boldon Business Park, Boldon, Tyne & Wear, NE35 9PY, United Kingdom
(+44) 8448004220
sales@analytix.co.uk
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Company Profile for Analytix Ltd

Analytix Ltd supplies sample preparation systems and analytical instrumentation for the chemical and life science markets in the UK and Ireland. Products include analytical pyrolysis systems, microwave digestion, ashing, extraction, and synthesis systems, mercury analysers, micro GC gas analysers, nitric oxide analysers, supercritical fluid extraction systems, and LabTech general laboratory apparatus.

Other Products from Analytix Ltd

Articles from Analytix Ltd

Environmental laboratory

Sample preparation can account for up to 80% of the total time to complete an analysis. Reducing this bottleneck must be a first priority for the laboratory...

Microwave enhanced laboratory systems speed up sample preparation

Laboratory products

Traditional ashing methods for many sample types have used electrical muffle furnaces that have disadvantages such as long ashing times, extended cooling, an...

Faster ashing for the laboratory with up to 95% time saving

Sample preparation

Many laboratories using EPA method 3546 for the solvent extraction of environmental samples are aware of the bottleneck of sample throughput plus sample weig...

Environmental sample extraction: Overcome limitations of EPA method 3546

Sample preparation

Many laboratories measure PFAS in a variety of different matrices where the sample preparation stage can often be the time limiting step that can take up to...

Microwave assisted extraction for PFAS analysis - new application note

Environmental laboratory

Concentrators (nitrogen blowdown concentrators) are becoming increasingly used as an alternative to rotary evaporators due to both the speed of evaporation a...

An alternative solution to rotary evaporators for solvent evaporation

Sample preparation

Concentrators (nitrogen blowdown concentrators) are becoming increasingly used as an alternative to rotary evaporators due to both the speed of evaporation a...