Methods of Test for Screed Materials - Part 9: Dimensional Stability
Also Known As:
The DIN EN 13892-9 standard focuses on the methods of testing for screed materials, specifically addressing the aspect of dimensional stability. It outlines a procedure for evaluating the shrinkage and swelling properties of different types of screed materials, such as cementitious screed, calcium sulfate screed, magnesite screed, and synthetic resin screed.
The standard provides guidance on the testing conditions and equipment required to accurately measure the dimensional changes of these screed materials. This information is crucial for ensuring the quality and performance of screeds used in construction applications.
By establishing a standardized method for evaluating the dimensional stability of screed materials, the standard aims to enable fair and consistent comparisons between different types of screeds. This helps in selecting the most suitable screed material for specific applications and ensures that the final construction meets the required standards and specifications.
| Descriptors | Base-bonded floor screeds, Bond strength, Cement floors, Construction, Construction materials, Design, Floor beds, Fresh mortar, Inspection, Magnesia floor screeds, Mastic asphalts, Mortars, Properties, Ready-made mortars, Screeds (floors), Shrinking, Specification (approval), Stability of dimensions, Strength of materials, Surfaces, Swelling, Testing |
| ICS Codes | 91.100.10 - Cement. Gypsum. Lime. Mortar |
| Language(s) | English |
| File Size | 2.8 MB |
