YS/T 575.7-2023 Active Industry standards-Non-ferrous metals

YS/T 575.7-2023 Alumina chemical analysis methods - Part 7: Determination of oxide calcium content - Flame atomic absorption spectrometry

Publish Date: 2023-12-20 Implement Date: 2024-07-01 For services related to genuine standard inquiry, procurement, translation, and other related services in China, please Contact Us

Basic Information

Standard Code: YS/T 575.7-2023

Standard Type: Industry standards

Standard Status: Active

is_force_gb: no

CCS Name: Metallurgical raw materials and auxiliary materials

ICS Name: Chemical analysis

Publish Date: 2023-12-20

Implement Date: 2024-07-01

Scope

This document is applicable to the determination of the calcium oxide content in bauxite ore. The measurement range is 0.060% to 5.00%.

Development Information

Same series standard

YS/T 575.27-2023 Method for chemical analysis of bauxite - Part 27: Determination of element content - Inductively coupled plasma atomic emission spectroscopy YS/T 575.29-2023 Method for chemical analysis of bauxite - Part 29: Determination of effective Al2O3 and reactive SiO2

Replace the following standards

YS/T 575.7-2007 Methods for chemical analysis of bauxite—Part 7:Determination of calcium oxide content—Flame atomic absorption spectrophotometric method

Related Standards

GB/T 3143-1982 Active

GB/T 3143-1982 Color determination method of liquid chemicals (Hazen unit—platinum-cobalt scale)

Publish Date: 1982-07-20

GB/T 4472-1984 Replaced

GB/T 4472-1984 General rule for determination of density and relative density for chemical products

Publish Date: 1984-06-05

GB/T 4946-1985 Replaced

GB/T 4946-1985 Terms of gas chromatography

Publish Date: 1985-02-28

GB/T 5274-1985 Replaced

GB/T 5274-1985 Gas analysis—Preparation of calibration gas mixtures—Weighing methods

Publish Date: 1985-08-01

GB/T 5831-1986 Replaced

GB/T 5831-1986 Determination of trace oxygen in the gases—Colorimetric method

Publish Date: 1986-01-27

GB/T 5832.2-1986 Replaced

GB/T 5832.2-1986 Determination of trace water in the gases—Dew point method

Publish Date: 1986-01-27