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KD-Titanium-Loaded Zeolite
Utilizing advanced loading technology, KD-Titanium-Loaded Zeolite effectively adsorbs, decomposes, and eliminates various toxic and harmful gases, as well as irritating odors. It is the ideal choice for cleaning industrial exhaust, polluted riverbeds, dams, riverbanks, and lakes with moderate to severe contamination.
Working Principle:
This material features a nanoscopic, porous sponge-like molecular sieve structure containing four internal anions, three external cations, and a temporary cation that is easily exchangeable. Through activation and modification, the molecular sieve gains a powerful electrostatic adsorption capacity for toxic and harmful gases in the air. Within 0.2 seconds, it begins capturing harmful gases within a 2-meter radius, directly adsorbing formaldehyde, benzene, sulfur dioxide, ammonia, and TVOC. The modified molecular sieve is further surface-coated with nano titanium oxide. Under visible light, it decomposes the adsorbed gases into harmless carbon dioxide and water, achieving effective air purification.
KD-Titanium-Loaded Zeolite
Utilizing advanced loading technology, KD-Titanium-Loaded Zeolite effectively adsorbs, decomposes, and eliminates various toxic and harmful gases, as well as irritating odors. It is the ideal choice for cleaning industrial exhaust, polluted riverbeds, dams, riverbanks, and lakes with moderate to severe contamination.
Working Principle:
This material features a nanoscopic, porous sponge-like molecular sieve structure containing four internal anions, three external cations, and a temporary cation that is easily exchangeable. Through activation and modification, the molecular sieve gains a powerful electrostatic adsorption capacity for toxic and harmful gases in the air. Within 0.2 seconds, it begins capturing harmful gases within a 2-meter radius, directly adsorbing formaldehyde, benzene, sulfur dioxide, ammonia, and TVOC. The modified molecular sieve is further surface-coated with nano titanium oxide. Under visible light, it decomposes the adsorbed gases into harmless carbon dioxide and water, achieving effective air purification.
