HB 5220.5-2008 in English

VALID

Methods for Chemical Analysis of Superalloys - Part 5: Determination of Sulfur Content by Potassium Iodate Volumetric Method

Issued on:2008-03-17
Implemented on:2008-10-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $100.00
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Standard No:	HB 5220.5-2008
Document status:	VALID
Title in English:	Methods for Chemical Analysis of Superalloys - Part 5: Determination of Sulfur Content by Potassium Iodate Volumetric Method
Title in Chinese:	高温合金化学分析方法第5部分:碘酸钾容量法测定硫含量
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2008-03-17
Implemented on:	2008-10-01
ICS Classification:	49.025-Materials for aerospace construction
Professional Classification:	HB-Aviation
Related Keywords:	potassium iodate volumetric method scopewarning — personnel chemical analysis sulfur content potassium iodate volumetric method
Related Topics:	Sulfur content Isotherm test analysis volumetric method volumetric method Sulfur content High temperature alloy part Potassium sulfate determination method Sulfuric acid content analysis Method for Determination of Potassium Content Degree capacity analysis Potassium sulfate determination method Analysis method of copper sulfate content Analysis of total sulfur content Determination of content by acid method Sulfur Content Analysis Analysis method of sulfur content in water Potassium iodide analysis method iodometric gold Potassium iodate content Sulfur content standard Standard Method for Analysis of Sulfur Content Sulfuric acid content analysis method Contains iodine 5mg Sulfur Content Analysis volumetric content Determination method of potassium content volume method Determination of bromine content by iodometric method Methods for chemical analysis of iron, steel and alloys - Determination of sulfur content by potassium iodate titration after combustion in a tube furnace Fehling's method. 2.Potassium permanganate method. 3.Iodometric method Determination method of potassium carbonate content Calculation formula for measuring vc content by iodometric method Iodine content analysis method Method for detecting sulfate content in water quality analysis Potassium iodate detection method Development of liquid phase analysis method for potassium iodide Method for determining potassium iodide content in solution Testing method for national standard potassium content Potassium chloride potassium content analysis method What are the national standard testing methods for potassium iodide? What are the methods for measuring potassium persulfate content? Potassium carbonate chemical analysis method Method for determination of potassium iodide concentration in high school chemistry Potassium phosphate content determination method Determination method of potassium bromide content Method for determination of potassium permanganate content by iodometric method Potassium carbonate chemical analysis method Method for determination of mercaptoethanol potassium iodide How to measure potassium iodide Analytical method for chlorine content in sulfuric acid Potassium perchlorate gas phase analysis method How to measure lithium ions using potassium iodate Analysis method for potassium content in potassium acetate Analytical detection methods for iodine Mercury iodide content determination method Method for determination of potassium content in leaves Comparison of methods for determining potassium iodide content High-throughput analytical methods Analytical method for potassium thioate Determination method of heavy metal content in potassium iodide Potassium iodate and potassium iodide detection method Potassium iodide content detection method Pharmacopoeial methods for potassium iodide content High temperature alloy oxygen content test Industrial potassium iodide content detection method Analysis Method of Sulfur-Containing Organic Matter Potassium iodate identification method

Scope

WARNING—Personnel using this section should have practical experience in regular laboratory work. This section does not address all possible safety issues. Users are responsible for taking appropriate safety and health measures and complying with the conditions stipulated in relevant national regulations. This part specifies the principles, reagents and materials, instruments and tools, sample preparation, analysis steps, calculation of analysis results, tolerances and quality control and requirements for the determination of sulfur content in superalloys by the potassium iodate volumetric method. This section applies to the determination of sulfur content in high-temperature alloys. Measuring range: 0.002% ~ 0.050%.

More samples: YD/T 3934-2021 GB 50021-2001(2009) GB 18306-2015

Sample only — not a preview of HB 5220.5-2008

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