MINSLITE-BCM01 1.5mm Pellet Type Ozone Decomposition Catalyst

معرفی محصول

• Minstrong ozone destruction catalyst can efficiently decompose ozone into oxygen, eliminate ozone odor, and achieve exhaust emission standards. Minstrong uses chemical synthesis method to manufacture active components, and precisely controls each process parameter of the synthesis reaction. Aluminum oxide is used as a bonding agent. The active ingredient content of Minstrong ozone destruction granule and pellet catalyst is higher than 85%. The ozone destruction catalyst powder does not contain binders, و ماده فعال آن به اندازه 99%.
• کاتالیزور حاوی کربن فعال نیست, which can withstand high temperature when dealing with high-concentration ozone. The catalyst does not burn, هیچ نوسانی ندارد, که استفاده از آن بی خطر است, و باعث آلودگی ثانویه نمی شود.

ویژگی های محصول

• Minstrong catalyst has good strength, and the average crushing strength is greater than 60N/cm;
• سطح ویژه زیاد است, with a specific surface area 160-240m²/g, و تعداد زیادی از ساختارهای ریز متخلخل در داخل کاتالیزور توزیع شده است, which can effectively absorb ozone and carry out catalytic decomposition;
• Minstrong catalyst is resistant to high temperature and does not contain flammable and volatile components. When dealing with high-concentration ozone, there is no risk of combustion and no secondary pollution;
• The content of active ingredients is high, the content of catalyst active ingredients is as high as more than 85%, عملکرد پایدار است, عمر طولانی است, و از دست دادن آسان نیست;
• مواد اولیه و فرآیند تولید کاتالیزور کاملا مستقل و قابل کنترل است, و می تواند به صورت پایدار عرضه شود.

برنامه های کاربردی

• Ozone decomposition for ozone destructor in the ozone water treatment, and the tail gas reaches the standard discharge;
• Decompose ozone tail gas in ozone disinfection equipment, eliminate ozone odor, and avoid ozone pollution;
• Ozone analysis instrument zero calibration and tail gas decomposition, realize automatic zero calibration of the instrument, no pollution discharge of exhaust gas;
• Decompose ozone in printing workshops and other spaces where ozone is generated, eliminate ozone odor, and protect the health of personnel;
• Purify trace amounts of ozone in ozone degerming rooms, ozone disinfection cabinets, museums, libraries and other places, to protect materials and cultural relics from the influence of ozone;
• Decompose ozone tail gas in other occasions where ozone is applied.