£50K investment in chemical analysis

£50K investment in chemical analysis

We have invested more than £50,000 in new chemical analysis technology to ensure we can continue to offer an unrivalled service in undertaking chemical investigation of plastic pipework materials.

The majority of the investment is in a new Fourier Transform Infrared Spectroscopy (FTIR) machine for our in-house laboratory, which allows complex chemical examinations to be completed. Our company chemist regularly inspects pipework samples that have been subject to chemical attack to identify the cause and the new machine allows more detailed analysis, with a quicker turnaround of results.

In addition to identifying chemicals that are present on any pipe sample, the new technology can also detect chemicals that are incompatible with the pipe material, aiding future recommendations on the most appropriate system for specific applications.

While reviewing damaged pipework is a crucial aspect of our chemical analysis offering, the new technology also allows the company chemist to more accurately test the impact of any given chemical on a variety of pipework materials. This ensures the company chemist can provide reliable advice on the suitability of different pipework systems, making it an invaluable resource for contractors, consultants and end users when specifying pipework solutions for chemical applications.

We have also invested in a new fume cupboard for the laboratory, to ensure our company chemist can safely handle any chemical substances. One of the only plastic pipework manufacturers to boast an in-house chemist and laboratory in the UK, our latest investment ensures we can continue to offer an unrivalled service to customers.

Commenting on the investment, our Company Chemist, Anil Kumar, said: “We always look to add value to our proposition for customers and our chemical analysis capabilities already set us apart in the industry.

“This latest investment in technology means we can now identify causes of chemical attack more quickly, with more detailed analysis allowing us to not only more accurately pinpoint causes of failure, but also advise on the most appropriate system for different chemical applications.”

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