Videos
In our latest video, we explore how Kemtrak’s LED technology is revolutionizing modern analytical instrumentation. Our LEDs are 90% more energy-efficient than traditional lamps, with a lifetime guarantee for longevity and reliability. Plus, they’re eco-friendly, avoiding mercury toxicity. Join us in embracing the LED revolution for a brighter, more sustainable future.
Learn how to normalize the Kemtrak TC007 turbidimeter with liquid-free CalCaps for our backscatter probes. Increase safety of your process by eliminating the need to use hazardous formazine.
No more salt measurement errors with the Kemtrak salt analyzer It has a range of 0-36% and a resolution of 0.05%
Measure sulfuric acid reliably, inline and continuously with the Kemtrak sulfuric acid analyzer. Measurement are linear, ranges are 0 – 80% ± 0.05 wt%, 80-100% ± 0.01 wt% Benefits include no maintenance, no need for reagents replacements and corrosion-resistant PTFE (Teflon) measurement cells.
Measure ethanol and methanol in binary liquids using near infrared photometry. Calibration curves are linear and the range is 0-100% with 0.05% resolution.
Here we show how to measure water in kerosene using turbidity with the Kemtrak water-in-oil analyzer.
Learn how different methods can be used to measure a liquid component in an industrial process stream. We cover density, refractometry, conductivity, ultrasonic and photometry.
Learn how to calibrate the FL007 analyzer used for in-line monitoring of fluorescence and turbidity. The QuickCal feature helps you to ensure the analyzer is working correctly. Never miss a leak and safeguard the environment.
The Kemtrak oil-in-water analyzer is a fantastic product for the detection of trace oil in water. This instrument uses the physical phenomenon of fluorescence and that is the topic of my latest video. Here I explain what fluorescence is, demonstrate how to detect traces of diesel fuel in water, and show how simple it is…
The Kemtrak DCP007 is an awesome product for measuring colour concentration. Here I explain what the Beer-Lamberts law is and how QuickCal can be used to calibrate the instrument in a fast and easy way.
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