GSO ISO/PAS 18167:2017

Gulf Standard   Current Edition
· Approved on 03 October 2017 ·

Textile floor coverings -- Installation practices -- General

Textile floor coverings
Including carpets, rugs, floor mats, etc.

GSO ISO/PAS 18167:2017 Files

English 42 Pages
Current Edition Reference Language
76.11 OMR

GSO ISO/PAS 18167:2017 Scope

This International Standard sets out the requirements for installing textile floor coverings (carpets). It gives details of the work necessary in preparing subfloor surfaces together with the procedures that are to be adopted where textile floor coverings are laid over various types of subfloors and underlays and where subfloor heating units are installed. NOTE This International Standard addresses needle insertion tufted, woven, fusion bonded, fibre bonded, knitted, non-woven, felted, and flocked textile floor coverings. The objective of this International Standard is to provide the contractors, manufacturers, suppliers, and purchasers of textile floor coverings and others, for example, technical educators, with procedures to enable the provision of correctly installed textile floor coverings.

Best Sellers From Chemical and Textile Sector

OS GSO 575:2016
GSO 575:2016 
Omani Standard
Facial tissue - paper
GSO 575:2016
 
Gulf Standard
Facial tissue - paper
GSO 2640:2021
 
Gulf Standard
Cosmetic Products - General Requirements of Soaps
GSO 1046:2021
 
Gulf Standard
Cosmetic Products - Perfumery Products based on Ethanol

Recently Published from Chemical and Textile Sector

GSO 2528:2024
 
Gulf Technical Regulation
Cosmetic products – Technical Regulation of Cosmetic and Personal Care Products Claims
GSO 1943:2024
 
Gulf Technical Regulation
Cosmetic Products – Safety Requirements of Cosmetics and Personal Care Products
GSO ASTM D2290:2024
ASTM D2290:19a 
Gulf Standard
Standard Test Method for Apparent Hoop Tensile Strength of Plastic or Reinforced Plastic Pipe
GSO ISO 11357-8:2024
ISO 11357-8:2021 
Gulf Standard
Plastics — Differential scanning calorimetry (DSC) — Part 8: Determination of thermal conductivity