Complete resistance to chemical compounds protects roads, buildings, and other structures built using expanded clay concrete from mold development, rot, fungi, and premature degradation.

The resistance of expanded clay to acids allows it to be used in underground drainage systems. Soil conditions do not cause it to degrade or reduce its efficiency. It can be added to soil to improve looseness, water permeability, air penetration, and protect plant roots from freezing.

Expanded clay does not decompose in soil over time, making it suitable for planting any kind of vegetable crops. Meanwhile, the soil can be fertilized and treated with weed and pest control products without affecting the clay material.

Thanks to its chemical inertness, the granules can be dyed with various pigments for decorative purposes in gardens, summer homes, or interior spaces.

Expanded clay can also be used as a base for mixtures with chemical additives or as a bedding layer for concrete pouring and floor screeds. The materials will not interact with each other, emit harmful substances, or compromise the environmental safety of indoor environments.

The granules of this loose material, used as insulation, bedding, or filler, are made from clay that has been heated to extremely high temperatures. This natural resource is known for its chemical inertness. Expanded clay does not react with various aggressive substances, including:

• mineral and organic acids
• alkalis
• alcohol-based solutions
• oils and technical fluids

In other words, when in contact with these substances, expanded clay retains its integrity and original performance characteristics. This allows it to be used in various conditions and ensures compatibility with almost all types of construction materials.

Expanded clay is a natural and environmentally friendly material that possesses many beneficial properties. One of these is its chemical inertness. Thanks to this characteristic, the material has a wide range of applications, offers a long service life, and is resistant to aggressive environments and chemical substances.