What is BS EN 1389 - Density and porosity of ceramics about?
BS EN 1389 is a European Standard that describes two methods for the determination of the bulk density and open porosity of ceramic matrix composites with fibrous reinforcement.
Two methods are described and are designated as Methods A and B, as follows:
- Method A: determination of bulk density only by measurement of dimensions and mass
- Method B: determination of bulk density and open porosity by liquid displacement.
Note: Method B is not suitable for the determination of the open porosity for materials that are known to have an average pore size of greater than 200 μm.
Who is BS EN 1389 - Density and porosity of ceramics for?
BS EN 1389 on Determining density and porosity of ceramics is useful for:
- Entities involved in Ceramic Research
- Manufacturers of Advanced technical ceramics
- Aerospace and Defence Industries
- Electrical and Communication Industry
- Electrical, Materials and Mechanical Engineers
- Manufacturers of Electrical Components and Parts
Why should you use BS EN 1389 - Density and porosity of ceramics?
Density and apparent porosity are physical properties of advanced technical ceramics that indicate their strength and longevity. Determining the density and porosity of ceramics is important because of the critical application of these ceramics.
Thus, BS EN 1389 provides the tests, sampling, methods, and much more to determine the density and apparent porosity of ceramic composites.
Complying with BS EN 1389 can help accelerate the reliability and trustworthiness of your product. So, if you are a manufacturer of ceramic matrix composite materials, adhere to BS EN 1389 guidelines to correctly determine the density and porosity of ceramics. Using BS EN 1389 can help you enhance the performance and credibility of advanced technical ceramics produced by you.