BH GSO ISO 13318-2:2024

ISO 13318-2:2007
Bahraini Standard   Current Edition · Approved on 21 November 2024

Determination of particle size distribution by centrifugal liquid sedimentation methods - Part 2: Photocentrifuge method

BH GSO ISO 13318-2:2024 Files

BH GSO ISO 13318-2:2024 Scope

This part of ISO 13318 covers methods for determining the particle size distribution of particulate materials by means of centrifugal sedimentation in a liquid. Solids concentrations are determined by the transmission of a light beam. The resulting signal enables conversion to a particle size distribution. The method of determining the particle size distribution described in this part of ISO 13318 is applicable to powders that can be dispersed in liquids, powders that are present in slurry form and some emulsions. Typical particle size range for analysis is from about 0,1 ?m to 5 ?m. The method is applicable to powders in which all particles have the same density and comparable shapes and do not undergo chemical or physical change in the suspension liquid. It is usually necessary that the particles have a density higher than that of the liquid

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
BH GSO 1427:2024
GSO 1427:2008 
Bahraini Standard
Ceramic Sanitary Appliances - Western Water Closets
GSO 1421:2002
 
Gulf Technical Regulation
Hollow blocks made from clay for walls

Recently Published from Construction and Building Sector

GSO 113:1989
 
Gulf Standard
TECHNICAL TERMS AND DEFINITIONS USED IN SPINNING AND WEAVING INDUSTRY PART 2: FABRIC DEFECTS
GSO EN 13964:2025
EN 13964:2014 
Gulf Standard
Suspended ceilings - Requirements and test methods
GSO EN 1366-2:2025
EN 1366-2:2015 
Gulf Standard
Fire resistance tests for service installations - Part 2: Fire dampers
GSO ISO/TS 16774-2:2025
ISO/TS 16774-2:2023 
Gulf Standard
Test methods for repair materials for water-leakage cracks in underground concrete structures — Part 2: Test method for chemical resistance