Zeolite

This is a natural, high-quality zeolite material with the following typical composition:

Silicon dioxide (SiO₂): approx. 35–38 %
Aluminium oxide (Al₂O₃): approx. 9–11 %
Calcium oxide (CaO): approx. 11–15 %
Magnesium oxide (MgO): approx. 7–9 %
Iron oxide (Fe₂O₃): approx. 8–12 %
Alkali oxides (Na₂O, K₂O): present
Loss on ignition (LOI): approx. 9–16 %
Bulk density: 1.13 – 1.65 g/cm³

These values confirm the typical properties of a natural zeolite (e.g. clinoptilolite).

High porosity:

The internal structure contains numerous cavities that:

store water
absorb gases
filter substances

Ion exchange capacity:

Due to its aluminium content, zeolite has a negative charge and can:

bind and exchange
ammonium
heavy metals

Bind and replace.

Storage and reservoir function:

Zeolite can absorb substances and release them again when needed:

Water
Nutrients
Chemical compounds

Chemical and thermal stability:

Heat-resistant up to over 1000 °C
Dimensionally stable
Non-biodegradable

The zeolite under investigation is characterised by the following key properties:

Retention of water and nutrients.
Binding of pollutants and heavy metals.
Filtering and sieving functions at the molecular level.
Improvement of materials (e.g. concrete).
High stability and reusability.

This combination makes zeolite a versatile natural material with applications across numerous industries.

Areas of application

Agriculture and horticulture

Zeolite is used as a soil conditioner.

It stores water and releases it slowly.
It reduces water consumption.
It stores nutrients and prevents leaching.
It improves soil structure and aeration.
It helps balance pH levels thanks to its calcium and magnesium content.
Healthier plants.
Higher yields.
Reduced use of fertiliser.

Livestock farming

Zeolite is used as an additive in livestock housing.

It binds ammonia and odours.
It reduces harmful substances in the digestive system.
It improves hygiene and the indoor climate.

Construction industry

Zeolite is used as an additive in concrete.

Reduces the cement content.
Improves strength and durability.
Retains moisture for optimal setting.
Contributes to CO₂ reduction.

Road construction

Zeolite is used in the production of asphalt.

Lowers the processing temperature.
Reduces emissions.
Improves health and safety.

Pet products

Zeolite is used, for example, in cat litter.

Effectively absorbs odours.
Acts like a natural sponge for ammonia.

Water treatment

Zeolite is ideal for purifying water.

Binds calcium and magnesium (water softening).
Removes ammonium and heavy metals.
Filters out the finest particles.

Aquaculture

In fish farms, zeolite helps maintain stable water quality.

Reduces toxic substances such as ammonia.
Improves fish growth.
Reduces the need for medication.

Chemical industry

Zeolite is used as an environmentally friendly substitute.

Detergents (phosphate substitute).
Gas and air purification.
Removal of pollutants (VOCs).

Textile industry

Zeolite is used in the finishing of textiles.

Antibacterial effect.
UV protection.

Environmental and Nuclear Technology

Zeolite can bind radioactive substances.

Treatment of contaminated water.
Binding of caesium and strontium.

Petrochemical industry

Zeolite is used to absorb gases.

Filter material.
Sealing of boreholes.