OS GSO ISO 6228:2016
ISO 6228:1980
Omani Standard
Current Edition
·
Approved on
22 December 2016
Chemical products for industrial use -- General method for determination of traces of sulphur compounds, as sulphate, by reduction and titrimetry
OS GSO ISO 6228:2016 Files
English
7 Pages
Current Edition
Reference Language
OMR
31.09
OS GSO ISO 6228:2016 Scope
This International Standard specifies a general reduction and titrimetric method for the determination, as sulphate, of trace quantities of sulphur compounds in chemical products for industrial use.
The International Standard relating to the chemical product to which the method is to be applied shall specify the method by which the test portion should be treated in order to convert the sulphur compounds to sulphate, if necessary, together with any modifications to the general procedure that may be needed.
Best Sellers From Chemical and Textile Sector
OS GSO 1943:2024
GSO 1943:2024
Omani Standard
Cosmetic Products – Safety Requirements of Cosmetics and Personal Care Products
GSO 1943:2024
Gulf Technical Regulation
Cosmetic Products – Safety Requirements of Cosmetics and Personal Care Products
GSO 2528:2024
Gulf Technical Regulation
Cosmetic products – Technical Regulation of Cosmetic and Personal Care Products Claims
OS GSO 2528:2024
GSO 2528:2024
Omani Standard
Cosmetic products – Technical Regulation of Cosmetic and Personal Care Products Claims
Recently Published from Chemical and Textile Sector
OS GSO EN 16274:2026
EN 16274:2021
Omani Standard
Method for analysis of allergens - Quantification of an extended list of 57 suspected allergens in ready to inject fragrance materials by gas chromatography mass spectrometry
OS GSO 2815:2026
GSO 2815:2026
Omani Standard
Cosmetic products – Guidelines on labeling requirements of fragrance allergens
OS GSO ASTM E2752:2026
ASTM E2752:25
Omani Standard
Standard Guide for Evaluation of Residual Effectiveness of Antibacterial Personal Cleansing Products
GSO ASTM E2752:2026
ASTM E2752:25
Gulf Standard
Standard Guide for Evaluation of Residual Effectiveness of Antibacterial Personal Cleansing Products