Deai Chem specializes in the production of Hopcalite Catalyst and Ozone Decomposition Catalyst, offering a range of specifications to meet diverse industrial needs. These catalysts play a crucial role in ensuring air purification, gas treatment, and workplace safety across various applications.
Hopcalite Catalyst: Effective Carbon Monoxide Removal
Hopcalite Catalyst, composed primarily of manganese dioxide and copper oxide, is widely used for oxidizing carbon monoxide (CO) into carbon dioxide (CO₂) at ambient temperatures. This catalyst is essential in applications where CO exposure poses significant health and safety risks.
Key Applications:
1. Respiratory Protection
– Hopcalite Catalyst is used in gas masks, escape respirators, and self-contained breathing apparatus (SCBA) to remove carbon monoxide, ensuring safe breathing conditions in hazardous environments.
2. Compressed Air Filtration
– Industrial applications, such as diving gear and firefighting equipment, utilize Hopcalite Catalyst in breathing air purification systems to eliminate CO contaminants from compressed air supplies.
3. Confined Space Safety
– Industries operating in enclosed environments, such as mining, chemical plants, and underground tunnels, rely on Hopcalite Catalyst to mitigate CO exposure risks and enhance worker safety.
4. Low-Temperature Gas Purification
– Hopcalite Catalyst is incorporated into specialized filtration systems to remove CO from low-temperature exhaust gases, ensuring compliance with strict air quality regulations.
Deai Chem provides Hopcalite Catalyst in multiple sizes, including 12X20 mesh and 1.2mm, 3mm, 6mm, and 9mm cylindrical granules, catering to different application requirements.
Ozone Decomposition Catalyst: Efficient Ozone Reduction
Ozone (O₃) is widely used in industrial processes for its powerful oxidative properties. However, residual ozone in exhaust air streams can be hazardous, requiring effective decomposition to prevent exposure-related health risks and equipment corrosion.
Key Applications:
1. Industrial Air Treatment
– Ozone Decomposition Catalysts are utilized in air purification systems for semiconductor manufacturing, pharmaceutical production, and food processing industries, ensuring safe ozone removal from exhaust gases.
2. Water Treatment Facilities
– Ozone is frequently used for disinfecting potable water and wastewater. Deai Chem’s Ozone Decomposition Catalyst efficiently breaks down residual ozone in off-gas treatment systems, converting it into oxygen.
3. Corona Discharge Processes
– Used in plastic and packaging industries, corona treatment generates significant amounts of ozone. Ozone Decomposition Catalysts help neutralize this ozone, ensuring a safer work environment.
4. Digital Printing and HVAC Systems
– High-performance printers and HVAC systems can accumulate excess ozone, which can lead to material degradation and indoor air quality issues. Deai Chem’s catalyst prevents these risks by decomposing ozone effectively.
Deai Chem offers Ozone Decomposition Catalysts in multiple formats, including 4X8 mesh irregular granules and cylindrical shapes, to accommodate different industrial requirements. While international markets primarily prefer irregularly shaped catalysts, cylindrical formats are more common in domestic applications.
Why Choose Deai Chem’s Catalysts?
– Proven Efficiency: Our catalysts provide high conversion rates for CO and ozone, ensuring compliance with environmental and safety standards.
– Long Catalyst Life: Designed for extended use without frequent replacement, reducing operational costs.
– Customizable Specifications: We offer various mesh sizes and shapes to meet specific industrial needs.
– Global Supply and Support: Deai Chem ensures reliable production, fast delivery, and technical assistance worldwide.
Deai Chem remains committed to advancing air purification and gas treatment solutions, providing industries with high-quality catalysts that enhance safety, sustainability, and efficiency.