MN NANOCOLOR® Tube Test Aluminium 07


MN NANOCOLOR® Tube Test Ammonium 3


MN NANOCOLOR® Tube Test Ammonium 10


MN NANOCOLOR® Tube Test Ammonium 50


MN NANOCOLOR® Tube Test Ammonium 100


MN NANOCOLOR® Tube Test Ammonium 200


MN NANOCOLOR® Tube Test AOX 3


MN NANOCOLOR® Tube Test Lead 5


MN NANOCOLOR® Tube Test BOD5


MN NANOCOLOR® Tube Test BOD5 (in Winkler bottles acc. to DIN EN 1899-1-H51)


1 - 10 of 75 results

MN NANOCOLOR® Tube Test Aluminium 07

Available

74.30
Price plus VAT, plus delivery


Photometric determination of Aluminium. • Photometric determination with eriochrome cyanine R. • In weakly acidic solution aluminium ions react with eriochrome cyanine R to form a red-violet coloured complex. • Type: tube test 0-98 • Range: 0.02 - 0.70 mg/l Al3+ • Sufficient for: 19 determinations • Sea water siutability: yes
Browse this category: Tube Tests

MN NANOCOLOR® Tube Test Ammonium 3

Available

82.27
Price plus VAT, plus delivery


Photometric determination of Ammonium. • Photometric determination as indophenol • At a pH value of about 12.6 ammonium reacts with hypochlorite and salicylate. in the presence of sodium nitroprussiate as catalyst to form a blue indophenol. • Type: tube test 0-03 • Range: 0.04 – 2.30 mg/l NH4-N; 0.05 - 3.00 mg/l NH4+ • Sufficient for: 20 determinations • Sea water suitability: yes, after dilution (1:2)

Customers who bought this product also bought

* Prices plus VAT, plus delivery

Browse this category: Tube Tests

MN NANOCOLOR® Tube Test Ammonium 10

Available

82.27
Price plus VAT, plus delivery


Photometric determination of Ammonium. • Photometric determination as indophenol. • At a pH value of about 12.6 ammonium reacts with hypochlorite and salicylate in the presence of sodium nitroprussiate as catalyst to form a blue indophenol. • Type: tube test 0-04. • Range: 0.2 - 8.0 mg/l NH4-N; 0.2 - 10.0 mg/l NH4+. • Sufficient for: 20 determinations. • Sea water suitability: yes.

Customers who bought this product also bought

* Prices plus VAT, plus delivery

Browse these categories as well: Tube Tests, Home

MN NANOCOLOR® Tube Test Ammonium 50

Available

82.27
Price plus VAT, plus delivery


Photometric determination of Ammonium. • Photometric determination as indophenol. • At a pH value of about 12.6 ammonium reacts with hypochlorite and salicylate in the presence of sodium nitroprussiate as catalyst to form a blue indophenol. • Type: tube test 0-05. • Range: 1 - 40 mg/l NH4-N; 1 - 50 mg/l NH4+. • Sufficient for: 20 determinations. • Sea water suitability: yes.

Customers who bought this product also bought

* Prices plus VAT, plus delivery

Browse this category: Tube Tests

MN NANOCOLOR® Tube Test Ammonium 100

Available

82.27
Price plus VAT, plus delivery


Photometric determination of Ammonium. • Photometric determination as indophenol. • At a pH value of about 12.6 ammonium reacts with hypochlorite and salicylate in the presence of sodium nitroprussiate as catalyst to form a blue indophenol. • Type: tube test 0-08 • Range: 4 - 80 mg/l NH4-N; 5 – 100 mg/l NH4+ • Sufficient for: 20 determinations • Sea water suitability: yes

Customers who bought this product also bought

* Prices plus VAT, plus delivery

Browse this category: Tube Tests

MN NANOCOLOR® Tube Test Ammonium 200

Available

82.27
Price plus VAT, plus delivery


Photometric determination of Ammonium. • Photometric determination as indophenol • At a pH value of about 12.6 ammonium reacts with hypochlorite and salicylate in the presence of sodium nitroprussiate as catalyst to form a blue indophenol. • Type: tube test 0-06. • Range: 30 - 160 mg/l NH4-N; 40 - 200 mg/l NH4+. • Sufficient for: 20 determinations. • Sea water suitability: yes.

Customers who bought this product also bought

* Prices plus VAT, plus delivery

Browse this category: Tube Tests

MN NANOCOLOR® Tube Test AOX 3

Available

226.56
Price plus VAT, plus delivery


Photometric determination of AOX. • AOX determination is carried out in 3 steps: 1. Solid phase extraction with NANOSORB for AOX. 2. Decomposition of the concentrated adsorber medium. 3. Determination as chloride with reagent set NANOCOLOR® AOX 3. • Type: tube test 0-07. • Range: 0.1 - 3.0 mg/l AOX; 0.01 - 0.3 mg/l AOX. • Sufficient for: 20 determinations. • Sea water suitability: yes, with 200 ml of rinsing solution.

Customers who bought this product also bought

* Prices plus VAT, plus delivery

Browse this category: Tube Tests

MN NANOCOLOR® Tube Test Lead 5

Available

82.94
Price plus VAT, plus delivery


Photometric determination of lead. • Photometric determination with 4-(2-pyridylazo)-resorcinol (PAR). • In the presence of cyanide lead(II) ions react with 4-[pyridyl-(2)-azo]-resorcinol (PAR) to form a red dye. If interfering heavy metals are present, only the red lead complex is destroyed and the colour decrease is measured photometrically. • Type: tube test 0-09 • Range: 0.10 - 5.00 mg/l Pb2+ • Sufficient for: 20 determinations • Sea water suitability: no
Browse this category: Tube Tests

MN NANOCOLOR® Tube Test BOD5

Available

80.45
Price plus VAT, plus delivery


Photometric determination of BOD5. • Tube test for the determination of the biochemical oxygen demand in 5 days (BOD5) by using the diluting principle according to the German Standard Method DIN 38409-H51. The incubation of the samples is carried out in Winkler oxygen flasks. The determination of oxygen dissolved in water at day 0 and after 5 days is carried out similarly to the Winkler Method DIN EN 25813-G21 by photometric evaluation of iodine-colour. • Type: Tube test 8-25. • Range: 2 - 3000 mg/l O2. • Sufficient for: 22 determinations. • Sea water suitability: yes.

Customers who bought this product also bought

* Prices plus VAT, plus delivery

Browse this category: Tube Tests

MN NANOCOLOR® Tube Test BOD5 (in Winkler bottles acc. to DIN EN 1899-1-H51)

Available

88.03
Price plus VAT, plus delivery


Photometric determination of BOD5. • Tube test for the determination of the biochemical oxygen demand in 5 days (BOD5) by using the diluting principle according to the German Standard Method DIN 38409-H51. • The incubation of the samples is carried out in Winkler oxygen flasks. The determination of oxygen dissolved in water at day 0 and after 5 days is carried out similarly to the Winkler Method DIN EN 25813-G21 by photometric evaluation of iodine-colour. • Type: Winkler bottles test 8-22 • Range: 2 - 3000 mg/l O2 Sufficient for: 25 - 50 determinations • Sea water suitability: yes

Customers who bought this product also bought

* Prices plus VAT, plus delivery

Browse this category: Tube Tests
1 - 10 of 75 results