MN NANOCOLOR® Tube Test Iron 3


MN NANOCOLOR® Tube Test Ethanol 1000


MN NANOCOLOR® Tube Test Fuoride 2


MN NANOCOLOR® Tube Test Formaldehyde 8


MN NANOCOLOR® Tube Test total Nitrogen TNb 22


MN NANOCOLOR® Tube Test total Nitrogen TNb 60


MN NANOCOLOR® Tube Test total Nitrogen TNb 220


MN NANOCOLOR® Tube Test Hardness 20


MN NANOCOLOR® Tube Test Potassium 50


MN NANOCOLOR® Tube Test HC 300 (hydrocarbons)


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MN NANOCOLOR® Tube Test Iron 3

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69.50
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Photometric determination of iron. • Photometric determination with diphenylpyridyl triazine • Iron(II) ions react with a triazine derivative to form a violet colour complex. The NANOFIX reagent capsule is required for reduction of Fe(III) to Fe(II) and for pH adjustment. • Type: tube test 0-37 • Range: 0.10 - 3.00 mg/l Fe; when using semi-micro cuvettes 50 mm (Cat. No. 919 50): 0.02 - 1.00 mg/l Fe • Sufficient for; 20 determinations • Sea water suitability: yes
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MN NANOCOLOR® Tube Test Ethanol 1000

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167.04
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Photometric determination of Ethanol. • Photometric determination with the enzyme peroxidase and a specific indicator. • The enzyme alcoholoxidase splits ethanol to form acetaldehyde and hydrogen peroxide. The peroxide formed reacts by catalytic oxidation of a chromogen with peroxidase to a blue dye. • Type: tube test 8-38 • Range: 0.10 - 1.00 g/l EtOH; 0.013 - 0.13 Vol.% EtOH • Sufficient for: 23 determinations • Sea water suitability: no
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MN NANOCOLOR® Tube Test Fuoride 2

Available

69.50
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Photometric determination of fluoride. • Photometric determination with lanthanum-/alizarin complexon. • Fluoride shifts the colour of the lanthanum-alizarin complex to violet. In a buffered solution the colour shift can be measured photometrically. • Type: tube test 0-40 • Range: 0.1 - 2.0 mg/l F- • Sufficient for: 20 determinations • Sea water suitability: yes, after dilution (1:10)

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MN NANOCOLOR® Tube Test Formaldehyde 8

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72.38
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Photometric determination of formaldehyde. • Photometric determination with chromotropic acid. • Formaldehyde reacts with chromotropic acid in sulphuric acid solution to form a violet dye. • Type: tube test 0-41. • Range: 0.1 - 8.0 mg/l HCHO. • Sufficient for: 20 determinations. • Sea water suitability: no.

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MN NANOCOLOR® Tube Test total Nitrogen TNb 22

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103.68
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Photometric determination of total nitrogen. • Oxidative decomposition in the heating block with subsequent interference compensation and photometric determination with 2,6-dimethylphenol in sulphuric acid / phosphoric acid mixture. • All organic and inorganic nitrogen containing substances are oxidised to nitrate in acidic solution. In acidic solution nitrate ions react with 2,6-dimethylphenol to form 4-nitro-2,6-dimethylphenol, which can be evaluated photometrically. • Type: tube test 0-83 • Range: 0.5 - 22.0 mg/l N • Sufficient for: 20 determinations • Sea water suitability: no

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MN NANOCOLOR® Tube Test total Nitrogen TNb 60

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103.68
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Photometric determination of total nitrogen. • Oxidative decomposition in the heating block with subsequent interference compensation and photometric determination with 2,6-dimethylphenol in sulphuric acid / phosphoric acid mixture. • All organic and inorganic nitrogen containing substances are oxidised to nitrate in acidic solution. In acidic solution nitrate ions react with 2,6-dimethylphenol to form 4-nitro-2,6-dimethylphenol, which can be evaluated photometrically. • Type: tube test 0-92 • Range: 3 – 60,0 mg/l N • Sufficient for: 20 determinations • Sea water suitability: no

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MN NANOCOLOR® Tube Test total Nitrogen TNb 220

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103.68
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Photometric determination of total nitrogen. • Oxidative decomposition in the heating block with subsequent interference compensation and photometric determination with 2,6-dimethylphenol in sulphuric acid / phosphoric acid mixture. • All organic and inorganic nitrogen containing substances are oxidised to nitrate in acidic solution. In acidic solution nitrate ions react with 2,6-dimethylphenol to form 4-nitro-2,6-dimethylphenol, which can be evaluated photometrically. • Reaction basis analog to DIN EN ISO 11905-1. • Type: tube test 0-88 • Range: 5 - 220 mg/l N • Sufficient for: 20 determinations • Sea water suitability: no

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MN NANOCOLOR® Tube Test Hardness 20

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67.10
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Photometric determination of total hardness (Calcium + Magnesium). • Photometric determination of total hardness with phthalein purple. • With the aid of a selective masking agent differenciation between calcium and magnesium is possible. • Type: tube test 0-43 • Range 1.0 - 20,0 °d; 0.2 - 3.6 mmol/l; 5 - 50 mg/l Mg2+; 10 - 100 mg/l Ca2+ • Sufficient for: 20 determinations • Sea water suitability: yes, after dilution (1:30)

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MN NANOCOLOR® Tube Test Potassium 50

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69.50
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Photometric determination of potassium. • Photometric turbidity measurement as potassium tetraphenylborate. • Potassium reacts with sodium tetraphenylborate to form an insoluble compound which can be measured as turbidity. • Type: tube test 0-45 • Range: 2 - 50 mg/l K+ • Sufficient for: 20 determinations • Sea water suitability: yes, after dilution (1:10)

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MN NANOCOLOR® Tube Test HC 300 (hydrocarbons)

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98.88
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Photometric determination of hydrocarbons. • Patented photometric determination of hydrocarbons as chemical oxygen demand (COD) after pentane extraction from water and soil samples. • Type: tube test 0-57 • Range: 0.5 – 5.6 mg/l HC; 30 - 300 mg/kg HC • Sufficient for: 20 determinations • Sea water suitability: yes
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