The HI93753-03 are high quality reagents that are pre-measured, allowing for users to achieve fast and accurate colorimetric measurements. The method is an adaptation of the mercury(II) thiocyanate method. The reaction between chloride and the reagent causes an orange tint in the sample.
The HI93738-03 are high quality reagents that are pre-measured, allowing for users to achieve fast and accurate colorimetric measurements. These reagents follow the chlorophenol red method in which the reaction between chlorine dioxide and the reagents causes a purple tint in the sample.
The HI93723-03 are high quality reagents that are pre-measured, allowing for users to achieve fast and accurate colorimetric measurements. The method is an adaptation of the diphenylcarbohydrazide method. The reaction between chromium VI and the reagent causes a purple tint in the sample.
The HI93749-03 are high quality reagents that are pre-measured, allowing for users to achieve fast and accurate colorimetric measurements. The method is an adaptation of the diphenylcarbohydrazide method. The reaction between chromium VI and the reagent causes a purple tint in the sample.
An organic acid that can be extracted from natural sources and is widely used across many industries, including medicine, cosmetics and agriculture, as a chemical for analytical work and production.
Burette glass is an instrument used for titration, in the form of an amber glass tube with volume graduations and an open-close valve to control the release of the solution inside into the reaction, so the volume of reagent used in an experiment can be measured precisely.
An instrument used for titration, in the form of a graduated glass tube with an open-close valve to control the release of the solution inside into the reaction, so the volume of reagent used in an experiment can be measured precisely.
The most common cause for pH measurement inaccuracies is an unclean or improperly cleaned electrode. This is very important to note, because during calibration, the instrument assumes that the electrode is clean and that the standardization curve created during the calibration process will remain a valid reference…
The most common cause for pH measurement inaccuracies is an unclean or improperly cleaned electrode. This is very important to note because, during calibration, the instrument assumes that the electrode is clean and that the standardization curve created during the calibration process will remain a valid reference…
The most common cause for pH measurement inaccuracies is an unclean or improperly cleaned electrode. This is very important to note because, during calibration, the instrument assumes that the electrode is clean and that the standardization curve created during the calibration process will remain a valid reference…
The most common cause for pH measurement inaccuracies is an unclean or improperly cleaned electrode. This is very important to note, because during calibration, the instrument assumes that the electrode is clean and that the standardization curve created during the calibration process will remain a valid reference…
The most common cause for pH measurement inaccuracies is an unclean or improperly cleaned electrode. This is very important to note, because during calibration, the instrument assumes that the electrode is clean and that the standardization curve created during the calibration process will remain a valid reference…
Clear pipette tips, 200 µl; Made of Polypropylene (PP) plastic, Certified RNase, DNase, and endotoxin free; supplied in a PP box with internal tip slots; 96 tips per box; Non-sterile
The HI94754C-25 COD kit contains 25 ready-to-use, barcoded vials containing pre-measured reagents. These high quality reagents follow an adaptation of the dichromate method for COD determination. In this method, a heated digestion is required to oxidize organic matter in the sample.
The HI94754F-25 COD kit contains 25 ready-to-use, barcoded vials containing pre-measured reagents. These high quality reagents follow the ISO approved method 15705. In this method, a heated digestion is required to oxidize organic matter in the sample.
The HI94754D-25 COD kit contains 25 ready-to-use, barcoded vials containing pre-measured reagents. These high quality reagents follow the mercury-free dichromate method for determination of COD. In this method, a heated digestion is required to oxidize organic matter in the sample.
The HI93754F-25 COD kit contains 25 ready-to-use vials containing pre-measured reagents. These high quality reagents follow the ISO approved method 15705 for determination of COD. In this method, a heated digestion is required to oxidize organic matter in the sample.
The HI94754B-25 COD kit contains 25 ready-to-use, barcoded vials containing pre-measured reagents. These high quality reagents follow the EPA approved method 410.4. In this method, a heated digestion is required to oxidize organic matter in the sample.
The HI94754G-25 COD kit contains 25 ready-to-use, barcoded vials containing pre-measured reagents. These high quality reagents follow the ISO approved method 15705. In this method, a heated digestion is required to oxidize organic matter in the sample.
The HI94754E-25 COD kit contains 25 ready-to-use, barcoded vials containing pre-measured reagents. These high quality reagents follow the mercury-free dichromate method for determination of COD. In this method, a heated digestion is required to oxidize organic matter in the sample.
The HI93754G-25 COD kit contains 25 ready-to-use vials containing pre-measured reagents. These high quality reagents follow the ISO approved method 15705 for determination of COD. In this method, a heated digestion is required to oxidize organic matter in the sample.
The HI93754E-25 COD kit contains 25 ready-to-use vials containing pre-measured reagents. These high quality reagents follow the mercury-free dichromate method for determination of COD. In this method, a heated digestion is required to oxidize organic matter in the sample.
The HI83742-25 is a high quality reagent that is pre-measured, allowing for users to achieve fast and accurate colorimetric measurements. This reagent allow for a direct reading of the sample.
HI747-11 is a high-quality set of calibration standards that allows users to validate the Copper Low Range Checker®HC - HI747. The HI747-11 includes one sealed cuvette for zero ppb copper and one cuvette that is tinted to an equivalent 500 ± 100 ppb copper sample @ 25oC.
The HI747-25 are high quality reagents that are pre-measured, allowing for users to achieve fast and accurate measurements with their Copper Low Range Checker® HC. These reagents follow the Bicinchoninate Method in which the reaction between copper and the reagent causes a purple tint in the sample.
The HI95747-03 are high quality reagents that are pre-measured, allowing for users to achieve fast and accurate colorimetric measurements. The method is an adaptation of the USEPA approved bicinchoninate method. The reaction between copper and the reagent causes a color change in the sample.
The HI83740-20 are high quality reagents that are pre-measured, allowing for users to achieve fast and accurate colorimetric measurements. These reagents follow a method in which the reaction between copper and reagents causes a purple tint in the sample.
Features: gloves for general workshop work, worn for lifting heavy items and for grip, with good protection against sparks. Made of quality belly leather, durable and not easily torn, heat resistant to 100 °C.
Material: PC/HDPE -Used for cell cryo preservation and recovery -Unit gives -1 ºC/min cooling rate for 18 cryo vials of 1 or 1.8 ml -Needs 100% isopropyl alcohol and mechanical freesser -HxDia : 86x117 mm
Material: PC-Autoclavable -These Cryo Boxes are a durable and economic alternative to filmsy cardboard Cryo Boxes - These Cryo Boxes can be used in temperature ranging from -196 ºC to +121 ºC - The printed grid on the lid helps in inventory management and prevents misalignment - These Boxes accept writing…
Material: PC-Autoclavable -These Cryo Boxes are a durable and economic alternative to filmsy cardboard Cryo Boxes - These Cryo Boxes can be used in temperature ranging from -196 ºC to +121 ºC - The printed grid on the lid helps in inventory management and prevents misalignment - These Boxes accept writing…
Material: PC-Autoclavable -These Cryo Boxes are a durable and economic alternative to filmsy cardboard Cryo Boxes - These Cryo Boxes can be used in temperature ranging from -196 ºC to +121 ºC - The printed grid on the lid helps in inventory management and prevents misalignment - These Boxes accept writing…
These stackable boxes are designed for storage of sample up to -90°C. The lid is connected to the box base by hinges and a lock on the front of the lid prevents accidental opening of these boxes in the deep freezers. The boxes accomodate 0.5, 1.5 and 2.0 ml micro tubes and 1.0 and 1.8ml Cryo Vials.
Material: PC/Non-toxic gel. An alternative to ice buckets for keeping reagents and enzymes cool. Also protects critical samples from temperature fluctuations in the freezers. Will maintain temperature for approximately 1 hour on the bench. For -20°C Mini Coolers, freeze for 24 hrs at -20°C to -25°C before use.
Material: PC/Non-toxic gel. An alternative to ice buckets for keeping reagents and enzymes cool. Also protects critical samples from temperature fluctuations in the freezers. Will maintain temperature for approximately 1 hour on the bench. For -20°C Mini Coolers, freeze for 24 hrs at -20°C to -25°C before use.