Binders for Magnesite Screeds - Caustic Magnesia and Magnesium Chloride - Part 2: Test Methods
Also Known As:
DIN EN 14016-2 is a standard that specifically focuses on binders for magnesite screeds, specifically caustic magnesia and magnesium chloride. This standard is part 2 of the series and it specifically deals with test methods for these binders. It is important to note that these binders are used in magnesite screed materials as specified in EN 13813.
The purpose of this standard is to provide a set of test methods that can be used to determine whether the binders meet the requirements outlined in prEN 14016-1. By following these test methods, manufacturers and users can ensure that the binders used in magnesite screeds are of high quality and meet the necessary standards.
The test methods outlined in DIN EN 14016-2 cover various aspects of the binders, such as setting time, compressive strength, water content, and chloride content. By conducting these tests, it is possible to assess the performance and suitability of the binders for use in magnesite screeds.
| Descriptors | Additives, Annealing losses, Bending tensile strength, Binding agents, Blind value, Chemical analysis and testing, Compressive strength, Construction, Construction materials, Constructional products, Definitions, Delivery, Determination of content, Dispatch notes, Dry sieving, Fineness, Fineness of grinding, Floor beds, Floor coverings, Indicators, Magnesia, Magnesia floor screeds, Magnesium inorganic compounds, Magnesium oxides, Magnesiumchloride, Marking, Materials testing, Measuring instruments, Mesh size, Mortar composition, Mortars, Packages, Reagents, Sampling methods, Screeds (floors), Shrinking, Sieve residues, Solidification, Specification (approval), Specimen preparation, Standards, Storage, Surveillance (approval), Swelling, Test equipment, Test mortars, Test solutions, Test specimens, Testing, Tolerances (measurement), Vibration density, Wet screening, Losses on ignition, Bearings |
| ICS Codes | 91.100.50 - Binders. Sealing materials |
| Language(s) | English |
| File Size | 1.8 MB |
