Clinoptilolite: mineral structure
International Zeolite Association. A material reference for the clinoptilolite mineral and its framework.
Read the source ↗Opens in a new tabScience & quality
Science, with context.
Start with what is known about the mineral. Then look for product-specific evidence. The two should be read in their proper scope.
A controlled study of another zeolite formulation
Lamprecht et al., 2015. A randomised trial in 52 endurance-trained adults over 12 weeks. The tested formulation was not ZEORE; its findings cannot be transferred directly to this product.
Read the source ↗Opens in a new tabEU nutrition and health claims
European Commission. The framework for the use of food-related claims. This reference does not establish the classification or approval of ZEORE.
Read the source ↗Opens in a new tabA reference describes the material or a particular study. It is not a ZEORE certification, regulatory approval or a clinical endorsement.
Request product documents04 / SCIENCE & QUALITY
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A useful report identifies the material tested, the batch, the laboratory, the date and the method. Ask for information that relates to your ZEORE jar.
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Batch & composition
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Particle profile
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Label & intended use
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A simplified illustration of channels in a mineral framework. It is not an atomic model.
01 / THE MINERAL
There’s a structure
behind the powder.
Clinoptilolite belongs to the zeolite family. Its crystal framework contains tiny channels and exchangeable ions. That structure helps explain why the material is studied for adsorption and ion exchange.
- Microporous structure
- A network of internal channels at the molecular scale.
- Surface contact
- Adsorption means a substance is retained at a surface.
- Ion exchange
- Certain ions can exchange with those present in the mineral, depending on conditions.
These are material properties of clinoptilolite. They do not establish a health benefit for ZEORE.
Material reference: International Zeolite Association ↗Opens in a new tab