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This product is a functional adsorption carbon that supports silver nanoparticles (Ag⁺) on coconut shell activated carbon.
The antibacterial effect of silver ions suppresses the growth of bacteria and mold in water, as well as the occurrence of slime and algae. It combines adsorption performance with antibacterial properties, making it suitable for applications where hygiene is required.
This product is activated carbon with a catalyst specifically designed to target tobacco odor.
Through the synergistic effect of chemical reactions and physical adsorption, the components that cause tobacco odor are efficiently attracted by the high-quality coconut shell activated carbon, and the attached agents effectively remove odors that are difficult to eliminate with regular activated carbon.
This product is a catalytic activated carbon that exhibits deodorizing and antibacterial effects by activating copper ions.
High-quality coconut shell activated carbon is loaded with copper in a nanoparticle state, activating oxygen in the air and water to reduce odors and promote the destruction of microorganisms. Copper is abundant on Earth and has low toxicity, making it a safe and environmentally friendly product.
Organic catalyst attached to high-quality coconut shell activated carbon.
For acidic gases, M4212ATVT-CTA demonstrates high removal performance for sulfur compounds such as hydrogen sulfide and methyl mercaptan. For neutral gases, M4212ATVT-CTS exhibits high removal performance for sulfides like methyl sulfide and mercaptans. For basic gases, M4212ATVT-CTB shows high removal performance for basic gases such as ammonia and trimethylamine.
This product is activated carbon coated with nickel-palladium catalyst activated carbon, designed to preserve the freshness of vegetables, fruits, and fresh flowers.
It adsorbs and decomposes ethylene gas, suppressing ripening and maintaining freshness for a long time. The decomposed components (carbon dioxide and moisture) are beneficial for plants and are designed with consideration for the environment. It also demonstrates stable effects over the long term in refrigerators and similar settings.
