Diamond Analytics, a US Synthetic company, expands the existing range of analytical capabilities in separation science by providing diamond-based solutions that allow for the exploration of novel chemistries.
Each year scientists worldwide synthesize novel chemicals and compounds that require extensive qualitative and quantitative analysis. The tools available today for analysis have limited the evolution in chemistry. Current analytical capabilities in separation science have only taken incremental steps in technology improvement. Constrained areas of analysis—including limited pH values (2-8), narrow temperature ranges, and limited selectivity across a broad range of compounds—present problems for lab technicians and scientists trying to utilize current HPLC ...
Diamond Analytics, a US Synthetic company, expands the existing range of analytical capabilities in separation science by providing diamond-based solutions that allow for the exploration of novel chemistries.
Each year scientists worldwide synthesize novel chemicals and compounds that require extensive qualitative and quantitative analysis. The tools available today for analysis have limited the evolution in chemistry. Current analytical capabilities in separation science have only taken incremental steps in technology improvement. Constrained areas of analysis—including limited pH values (2-8), narrow temperature ranges, and limited selectivity across a broad range of compounds—present problems for lab technicians and scientists trying to utilize current HPLC columns for new analysis. Column life and instrument downtime impede the process of developing new chemistry and increase costs. For labs to innovate, they need expanded analytical technologies to explore a greater range of chemistries and open new areas of analysis, all while providing a total cost savings.
As a result of breakthroughs in diamond technology, Diamond Analytics` High-Performance Liquid Chromatography (HPLC) columns offer expanded pH range capability (1-13), elevated temperature ranges, increased longevity and novel selectivity, without compromising efficiency. Specifically, Diamond Analytics columns are developed to run in extreme conditions of pH and temperature. With longevity in mind, these columns can be regenerated for repeat use—leading to a longer, more productive life and increased total cost savings.
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Number of Employees:
0-25
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Annual Revenue:
$0-1 Million