The stone was examined
In Book III, we examine Belgian Blue Stone from the inside out. We examine what the stone is composed of, how fossils, matrix, and pores together form the microstructure, what physical and mechanical properties result from this, and what these technical data mean in practice.
From the Microscope to Practical Applications
After tracing the origins of Belgian Blue Stone in Book I and examining its geological location and stone layers in Book II, we now turn our attention to the stone itself.
First, we examine its mineralogical composition. Next, we take a closer look at its texture and pores. Then we investigate its most important physical and mechanical properties.
Finally, let's apply this to real-world situations: Which properties are important for which application?
Composition determines structure. Structure influences properties. And those properties help determine how Belgian Blue Stone can be used sustainably and correctly.
The Four Chapters
Composition of Belgian Blue Stone
What is Belgian Blue Stone made of? Discover calcite, fossil components, bioclasts, the fine limestone matrix, and the other minerals that make up the stone.
Texture and Pores
Discover how grains, fossils, and matrix are distributed within the stone, how they bind together, and what role open and closed pores play in the stone's structure.
Physical and Mechanical Properties
How strong and durable is Belgian Blue Stone? We’ll examine density, water absorption, compressive strength, flexural strength, wear resistance, and resistance to freezing and thawing.
From Test Results to Application
What do technical specifications mean in practice? Learn how to interpret technical data sheets, standards, CE marking, and DoP, and discover which properties are important for floors, patios, facades, thresholds, stairs, and custom work.
Understanding the Stone
Book III serves as a bridge between the geological origins of Belgian Blue Stone and its technical performance as a building and natural stone.