Each year, there are 22,000 tons of waste oyster shells are not properly treated and piled across coastal regions in Taiwan, resulting in additional impact on the environment. In order to effectively utilize these oyster shells, they undergo procedures such as removing impurities, high-temperature forging, and grinding to produce water-resistant grade antibacterial oyster shell powder. This type of powder releases ROS when in contact with moisture, thereby generating an anti-bacterial effect. Additionally, after receiving zinc oxide surface treatment, oyster shell powder gains water-resistance, it can be added to the formula of products that come in long-term contact with water to achieve an anti-bacterial effect.more
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Each year, there are 22,000 tons of waste oyster shells are not properly treated and piled across coastal regions in Taiwan, resulting in additional impact on the environment. In order to effectively utilize these oyster shells, they undergo procedures such as removing impurities, high-temperature forging, and grinding to produce water-resistant grade antibacterial oyster shell powder. This type of powder releases ROS when in contact with moisture, thereby generating an anti-bacterial effect. Additionally, after receiving zinc oxide surface treatment, oyster shell powder gains water-resistance, it can be added to the formula of products that come in long-term contact with water to achieve an anti-bacterial effect.