GSO ISO 16895:2021

Gulf Standard   Current Edition
· Approved on 01 July 2021 ·

Wood-based panels — Dry-process fibreboard

GSO ISO 16895:2021 Files

GSO ISO 16895:2021 Scope

ISO 16895:2016 specifies a classification matrix, related mandatory tests and thickness ranges for ultra-low-, low-, medium- and high-density dry process wood-based fibreboard. It then provides the manufacturing property requirements for these types of uncoated fibreboard.

The values listed in this International Standard relate to product properties used to classify fibreboards into one of four types (UDF, LDF, MDF and HDF, see Clause 3), one of four grades (GP, FN, BL and LB), for use in one of four service conditions (REG, MR1, MR2, and HMR). The values are not characteristic values to be used for design purposes.

NOTE Fibreboards are broadly divided into two groups based on the manufacturing process, namely the dry process group and the wet process group (see Clause 3). Wet process fibreboards lie outside the scope of this International Standard.

Best Sellers From Construction and Building Sector

GSO 1431:2002
 
Gulf Technical Regulation
Sanitary appliances - pressurized flushing devices
GSO 1427:2008
 
Gulf Standard
Ceramic Sanitary Appliances - Western Water Closets
GSO 2084:2010
 
Gulf Standard
Design and application of speed control humps
GSO 440:2007
 
Gulf Standard
Calcium Silicate bricks

Recently Published from Construction and Building Sector

GSO ISO 52120-1:2024
ISO 52120-1:2021 
Gulf Standard
Energy performance of buildings — Contribution of building automation, controls and building management — Part 1: General framework and procedures
GSO EN 1097-7:2024
EN 1097-7:2022 
Gulf Standard
Tests for mechanical and physical properties of aggregates - Part 7: Determination of the particle density of filler - Pyknometer method
GSO ASTM C114:2024
ASTM C114:23 
Gulf Standard
Standard Test Methods for Chemical Analysis of Hydraulic Cement
GSO EN 196-2:2024
EN 196-2:2013 
Gulf Standard
Method of testing cement - Part 2: Chemical analysis of cement