Indian Standard Details

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IS Number : IS 9316 (Part 1) : 1987
Reviewed In : 2019
IS Title [Eng-Hn] : Methods of test for rubber latex: Part 1 determination of surface tension [rl: 1] (First Revision)
No of Revision : 1
No of Amendments : 0
Technical Department : Petroleum, Coal and Related Products Department
Technical Committee : PCD 29 ( Methods of Test for Rubber and Rubber Products )
Language : English

Group : Rubber and Rubber Products
Sub Group: Other Rubber and Rubber Products
Sub Sub Group : Rubber and rubber products
Aspects: Methods of tests
Certification:
Ministry :
Short Commom Man's Title:
Itchs:
Degree of Equivalence: Identical under dual numbering
Identical/Equivalent Standards:1409:2020
Organisation :

Indian Standards Refered In IS IS 9316 : Part 1 : 1987 :
SNo IS Number Title Technical Committee
1
IS 9316 : Part 5 : 2013 Methods of test for rubber latex: Part 5 drawing of samples [rl : 5] (Second Revision) PCD 29
2
IS 3708 : Part 3 : 2018 Methods of test for natural rubber latex: Part 3 determination of density (Second Revision) PCD 29
3
IS 13360 : Part 11 : Sec 10 : 1999 Plastics - Methods of tmEsting: Part 11 special properties section 10 resins in the liquid state or as emulsions or dispersions - Determination of apparent viscosity by the brookfield test method PCD 27
4
IS 13360 : Part 11 : Sec 11 : 1999 Plastics - Methods of testing: Part 11 special properties section 11 polymers/resins in the liquid state or as emulsions or dispersions - Determination of viscosity using a rotational viscometer with defined shear rate PCD 27
International Standards Refered In IS 9316 : Part 1 : 1987
SNo International Standard Number
1 ISO 123 : 2001
2 ISO 124 : 2008
3 ISO 706 : 2004
4 ISO 3310 : 1 : 2000
5 ISO 15528 : 2000
IS 9316 : Part 1 : 1987 is Refered in following Indian Standards :
SNo IS Number Title Technical Committee
1 IS 11356 : 2020 Styrene-Butadiene rubber latex - Specification (First Revision) PCD 13
2 IS 16900 : 2021 Jewellery and precious metals Determination of high purity silver Difference method using ICP-OES MTD 10