The HI93703-53 is a chlorine remover reagent used to remove chlorine interference when performing a colorimetric determination. These high quality reagents are manufactured in our state-of-the-art facility and are clearly marked with the lot number and expiration date on each bottle for traceability.
The HI93703-53 are high quality reagents that are pre-measured, allowing for users to achieve fast and accurate colorimetric measurements. These reagents are used to remove the chlorine interference which would interfere with measuring the sample. To eliminate Cl2 interference add to the 10 mL unreacted sample, 1 drop of the HI93703-53 Chlorine Remover, for each 2 mg/L of chlorine.These reagents are optional and should only be used when chlorine is present in the sample.
| Weight | 0.05 kg |
|---|---|
| Parameter | Fluoride |
| SKU | HI93703-53 |
| Name | Chlorine Remover Reagent – HI93703-53 |
| Package | Dropper bottle |
To empower customers to achieve quality
by supplying intuitive, accurate, and reliable analytical instruments with exceptional customer service and value.
We take pride in every product we build. From an original idea, to a completed product ready for testing. We oversee every aspect of the manufacturing process. It is this level of attention to detail that sets us apart.
To empower customers to achieve quality by supplying intuitive, accurate, and reliable analytical instruments with exceptional customer service and value.
We take pride in every product we build. From an original idea, to a completed product ready for testing. We oversee every aspect of the manufacturing process. It is this level of attention to detail that sets us apart.
To empower customers to achieve quality by supplying intuitive, accurate, and reliable analytical instruments with exceptional customer service and value.
We take pride in every product we build. From an original idea, to a completed product ready for testing. We oversee every aspect of the manufacturing process. It is this level of attention to detail that sets us apart.
