GSO ISO 1409:2023
ISO 1409:2020
Gulf Standard
Current Edition
·
Approved on
03 May 2023
Plastics/rubber — Polymer Dispersions and Rubber Latices (natural and Synthetic) — Determination of Surface Tension
GSO ISO 1409:2023 Files
English
12 Pages
Current Edition
Reference Language
BHD
30.14
GSO ISO 1409:2023 Scope
This document specifies two methods for the determination of the surface tension of polymer dispersions and rubber latices (natural and synthetic).
— Method A is the ring method (Du Noüy ring method).
— Method B is the plate method (Wilhelmy plate method).
Method A is suitable valid for polymer dispersions and rubber latices with a viscosity less than 200 mPa·s.
Method B is not suitable for polymer dispersions and rubber latices containing cationic surfactants.
Methods A and B are also suitable for prevulcanized latices and compounded material.
In case of dispute, the preferred method is method A (the ring method).
Best Sellers From Chemical and Textile Sector
GSO 1943:2024
Gulf Technical Regulation
Cosmetic Products – Safety Requirements of Cosmetics and Personal Care Products
BH GSO 1943:2024
GSO 1943:2024
Bahraini 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
BH GSO 2528:2024
GSO 2528:2024
Bahraini Technical Regulation
Cosmetic products – Technical Regulation of Cosmetic and Personal Care Products Claims
Recently Published from Chemical and Textile Sector
GSO ASTM E2752:2026
ASTM E2752:25
Gulf Standard
Standard Guide for Evaluation of Residual Effectiveness of Antibacterial Personal Cleansing Products
GSO ISO 24255:2026
ISO 24255:2025
Gulf Standard
Essential oil of clary sage (Salvia sclarea L.) "prewilted" French type and "chopped" French type
GSO ISO 16408:2026
ISO 16408:2025
Gulf Standard
Dentistry — Oral care products — Oral rinses
GSO ASTM E1490:2026
ASTM E1490:19
Gulf Standard
Standard Guide for Two Sensory Descriptive Analysis Approaches for Skin Creams and Lotions