Nesslers Reagent

£8.39 to £20.60

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Code: Please choose option from drop down above

Variation ID		Product Code	Pack Size	List Price
14438	photo_camera	GPC1731-B	100ml GPC1731-B	£8.39
14439	photo_camera	GPC1731-C	250ml GPC1731-C	£12.10
14440	photo_camera	GPC1731-D	500ml GPC1731-D	£20.60

What is Nessler's Reagent?

Nessler's Reagent is a chemical solution primarily used for the detection of ammonia in water and other samples. It is a yellow liquid composed of potassium tetraiodomercurate (II) dissolved in potassium hydroxide, which reacts with ammonia to form a yellow to brown color, depending on the concentration of ammonia present. Nessler's Reagent is widely utilized in environmental testing, water quality analysis, and laboratory experiments to measure ammonia levels, particularly in aquatic environments. The reagent’s ability to form a colorimetric response makes it a valuable tool in analytical chemistry for quantitative ammonia determination.

Nessler's Reagent is most commonly used in environmental and industrial laboratories for water testing. It is a standard reagent in the analysis of ammonia in wastewater treatment plants, rivers, lakes, and drinking water. It is also used in agricultural and food industries to monitor ammonia levels in soils, fertilizers, and other agricultural products.

Uses of Nessler's Reagent:

Ammonia Detection in Water: Nessler's Reagent is widely used in environmental laboratories to detect ammonia in water samples, which is important for monitoring the health of aquatic ecosystems.
Water Quality Testing: It is a critical tool in water treatment facilities and environmental monitoring to assess ammonia contamination, which can indicate pollution from industrial effluents, agricultural runoff, or wastewater.
Agricultural Testing: Nessler's Reagent is used to measure ammonia levels in fertilizers, soil samples, and other agricultural products, ensuring safe and optimal nutrient levels for crops.
Laboratory Analytical Applications: In chemical and industrial laboratories, Nessler's Reagent is used to determine ammonia concentrations in various samples, supporting quality control and research activities.
Industrial Applications: Nessler's Reagent can be applied in various industrial processes where ammonia is involved, helping to control and optimize ammonia levels in production processes.

High-Quality Formulation
We use only carefully sourced Nessler's Reagent is produced with high purity and consistency to ensure accurate and reliable results in ammonia detection. It is a trusted solution for environmental, industrial, and laboratory applications that require precise ammonia measurement.

No Additives
We provide Nessler's Reagent with no added chemicals or preservatives, ensuring that it meets the rigorous standards required for analytical and environmental testing.

Shipped from Manchester, UK Facility: Our Nessler's Reagent is sourced and packaged using non-toxic, chemical-resistant containers, ensuring reliable quality for our customers.

Dispensing Adapter Compatibility

500ml: 45mm neck size
1L: 45mm neck size
2.5L: 45mm neck size

Uses of Nessler's Reagent:

Ammonia Detection in Water: Nessler's Reagent is widely used in environmental laboratories to detect ammonia in water samples, which is important for monitoring the health of aquatic ecosystems.
Water Quality Testing: It is a critical tool in water treatment facilities and environmental monitoring to assess ammonia contamination, which can indicate pollution from industrial effluents, agricultural runoff, or wastewater.
Agricultural Testing: Nessler's Reagent is used to measure ammonia levels in fertilizers, soil samples, and other agricultural products, ensuring safe and optimal nutrient levels for crops.
Laboratory Analytical Applications: In chemical and industrial laboratories, Nessler's Reagent is used to determine ammonia concentrations in various samples, supporting quality control and research activities.
Industrial Applications: Nessler's Reagent can be applied in various industrial processes where ammonia is involved, helping to control and optimize ammonia levels in production processes.