Tu400 vis
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Tu600 uv-vis
T7 UV-Vis
T7S UV-Vis
T7D UV-Vis
TU700 UV-Vis
T7DS UV-VIS
T8DCS UV-VIS
T9dcs uv-vis
T10DCS UV-Vis
LOGICIEL UVWIN 6/GMP
Kit de qualification UV/VIS IQ/OQ/PQ
FTIR8000
FTIR8100
A500
A3F
A3G
A3AFG
Aa990f
AA990G
Aa990afg
PF7
FP912-2
FP912-3
FP912-4
FP912-5
QI/QO/QP AAS
Xd-2
XD-3
XD-6
GC-MS quadrupol unique M7
G5 GC
GC1100 GC
L600 Liquide haute performance
IPW-1000
I-Box
Gbw-1
GWB-1-B
GWB-2
GWB-2-B
Système de digestion au micro-ondes M40
Laveuse Labware D70E

Determination of Iron in Zinc Alloys (Flame Atomic Absorption Spectrometry)

1 Aperçu de la méthode

The sample is digested with hydrochloric acid, hydrogen peroxide and nitric acid solution. In dilute hydrochloric acid medium, the absorbance of iron is measured by air‑acetylene flame at the wavelength of 248.3 nm using an atomic absorption spectrometer.

2. Champ d'application

This method is applicable for the determination of iron in zinc alloys.

3 Norme de référence

GB/T 12689.5‑2004 Chemical analysis methods for zinc and zinc alloys — Determination of iron content — Sulfosalicylic acid spectrophotometry and flame atomic absorption spectrometry, Method 2: Flame atomic absorption spectrometry

4 Apparatus and Reagents

4.1 Apparatus and Equipment

4.1.1 Testing Instruments

- Non, non. Nom Quantité Exigences techniques Accessoires
1 Spectrophotomètre d'absorption atomique de flamme 1 ensemble Iron hollow‑cathode lamp
2 Compresseur d'air 1 ensemble Rated discharge pressure: 0.3 MPa
3 Acetylène 1 cylindre Purity ≥99.99%

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