Ozone Discharge Unit Made of Ceramic and Glass

The ozone discharge unit is the core component of the ozone generator, primarily converting oxygen into ozone through corona discharge or dielectric barrier discharge technology. This unit typically uses ceramic or glass as the dielectric material. Ceramic dielectric has extremely high temperature resistance and mechanical strength, making it suitable for long-term efficient operation; In contrast, glass dielectric excels in maintaining uniform discharge due to its excellent electrical insulation and chemical stability. The selection of these two materials allows the ozone discharge unit to generate ozone stably and efficiently in various environments.

Specification
Videos

Specification

Table 1: Ozone Generation Unit Specifications
Model	Discharge Tube Size (mm)	Power Supply Size (mm)	Cooling Method	Interface Size	Cooling Water Volume (L/min)	Power (W)	Oxygen Flow Rate (L/min)	Concentration (mg/L)	Output (g/h)
SOG-70	170 × 70 × 100	180 × 60	Air Cooling	Air Nozzle: φ4 × 6 Water Nozzle: φ8 × 12	2	65	0.12–0.3	20–50	6
SOG-107	220 × 80 × 110	180 × 65	Dual Cooling	Air Nozzle: φ4 × 6 Water Nozzle: φ8 × 12	3	85	0.2–0.3	30–50	10
SOG-70B	200 × 100 × 60	170 × 98 × 63	Air Cooling	φ8 Glass	–	65	0.12–0.3	40–60	6–10
SOG-107B	353 × 76 × 85	200 × 100 × 60	Air Cooling	φ8 Glass	–	85	0.2–0.3	50–80	10–15