Other uses of zeolite
Applications in personal hygiene, body care, and research.
Why consider zeolite for other uses?
Thanks to its absorbent properties and chemical stability, it can also be used in personal hygiene products, cosmetics, and other human-use applications, where its ability to absorb moisture and odors is highly valued.
Main benefits
The use of micronized zeolite in these types of applications provides functional and environmental advantages.





Common applications

Personal hygiene and cosmetics
Micronized clinoptilolite can be used as an absorbent in personal hygiene products and has potential applications in various cosmetic products. It is not harmful to the environment after disposal. It is used as a natural absorbent of moisture and unpleasant odors in products such as:
- Personal hygiene
- Cosmetics
- Feminine hygiene

Skin care (traditional use)
In some countries, such as Cuba, miners observed that zeolite helped improve the healing of minor cuts and skin abrasions.
There are also publications suggesting potential applications for skin conditions such as psoriasis or eczema, although there are no conclusive clinical studies to definitively confirm this.

Foot care and odor control
Another common application of micronized zeolite is foot care. Thanks to its high absorption capacity, zeolite helps to:
- Absorb sweat
- Neutralize unpleasant odors
- Improve hygiene in direct contact with the skin or inside footwear
It is also used as a support in the treatment of athlete’s foot, thanks to its ability to keep the environment dry.

Research in
medicinal applications
Most medicinal applications of zeolite require further research to fully understand how they work.
There are ongoing studies analyzing the potential of zeolite in various fields of medicine, including preliminary research on its possible use in certain treatments. These applications are currently under study.
We can supply high-purity micronized clinoptilolite and collaborate with:
- Universities
- Research centers
- Companies
Interested in studying the potential medicinal or hygiene uses of this mineral.