6g/h Lab ozone generator hospital pharmaceutical disinfection machine high concentration sewage treatment test ozone machine for hospital ward operating room medical apparatus sterile room

商品説明

High ozone concentration at the outlet: Ozone concentration at the outlet can reach up to 30-60mg/L and maximum to 110mg/L (oxygen source). It uses high dielectric composite ceramic with 80 - 90 high dielectric constant, resulting in high ozone concentration at the outlet. Corrosion-resistant which is suitable for an ozone environment: It uses ozone corrosionresistant materials. It can be used in an ozone environment for long term. Stable ozone production: The built-in air-cooled system ensures that heat produced during ozone generating will be dispersed quickly, thus resulting in stable ozone production. Stainless steel shell: The entire machine uses stainless steel shell which is easy to clean and ozone resistance. Compactness with low noise level. High-efficiency: 40-110mg/L, which is 4 ~ 5 times higher than that produced by using conventional technology Low power consumption: Corona is discharged by high-frequency with a power consumption rate of 8 ~ 10KW.h/kgO3 Compactness: It effectively saves space. The unit volume of high-purity ceramic ozone generators produced by COEA is 1/3-1/4 smaller than the products with the same output made by other producers Heat resisting: It is made of high-purity sintered ceramic materials with internal electrode and fasteners made of 316 stainless steel. It uses PTFE and high-purity silicone rubber materials. It will not be damaged under normal operation conditions No breakdown: The working voltage of the generator tube is only 10% of its breakdown voltage. It has high dielectric constant with low loss Cooling: The generator tube has low temperature rise. It uses: a. internal pole is cooled by water and external pole by air, b. both internal and external poles cooled by air. It has a very low rate of ozone output decay during continuous working Save gas source: It effectively saves the cost of gas source with a higher concentration of ozone.