Clinoptilolite ceramic ball
Update time: 23-08-31 Views: 371
ZONE R & D and production is an enterprise specializing in the R & D and production of various water filter materials, with many years of industry experience and advanced technical equipment. We are committed to providing customers with high-quality, cost-effective and efficient water treatment solutions. Today, we are going to introduce our clinoptilolite ceramic ball, a highly efficient, environmentally friendly and economical water filter material.
Clinoptilolite ceramic ball is a kind of porous ceramic material which is made by mixing natural clinoptilolite and high-purity ceramic powder and sintered at high temperature. It has the following advantages:
- Strong adsorption capacity: Clinoptilolite ceramic balls can absorb organic matter, heavy metal ions, ammonia nitrogen, chlorine and other harmful substances in water, effectively improving water quality.
- Good biological activity: Clinoptilolite ceramic balls can provide a large number of micropores and surface area, provide growth space and nutrients for beneficial microorganisms, and promote biodegradation and self-purification in water.
- Efficient catalysis: Clinoptilolite ceramic balls can promote redox reactions in water, increase dissolved oxygen and active oxygen in water, thereby improving oxidation and bactericidal capabilities in water.
- Excellent mechanical properties: Clinoptilolite ceramic balls have the characteristics of high strength, high hardness, wear resistance, corrosion resistance, high temperature resistance, etc., and can adapt to various complex working environments.
Clinoptilolite ceramic balls are widely used and can be used in various water treatment fields such as drinking water, industrial water, agricultural water, and landscape water. It can be used alone or in combination with other filter materials to achieve the best filtration effect.
If you are interested in our clinoptilolite ceramic balls or other products, please contact us, we will serve you wholeheartedly.