How to control the dielectric loss tangent of a ceramic ozone generator tube?

The grain size, porosity, and phase distribution of ceramic materials directly affect their dielectric behavior.

How can the output voltage stability of a ceramic ozone tube power supply be guaranteed?

The higher the frequency, the lower the critical corona initiation voltage, but excessively high Vpp will accelerate the aging of ceramic dielectrics and even cause breakdown.

How can aquaculture oxygen production and oxygenation machines solve the problem of "fish deaths due to lack of oxygen" in high-density aquaculture?

Aquaculture oxygen production and oxygenation machines, particularly integrated oxygen production and aeration systems, are becoming a key technological solution to this problem.

How do space deodorizing and disinfecting machines effectively decompose ammonia and hydrogen sulfide in livestock farms?

Space deodorizing and disinfecting machines, particularly those based on ozone technology, are becoming a key tool in addressing this challenge.

How does the power factor correction circuit of a ceramic ozone tube power supply reduce harmonic interference?

Active PFC circuit is the key technology to reduce harmonics in ceramic ozone tube power supply.

How does micro-gap strong corona discharge improve the yield and efficiency of the 20g ceramic ozone generator tube?

At the sophisticated core of modern environmental purification and disinfection technology, the 20g ceramic ozone generator tube, acting as a "microcosmic energy furnace," quietly unleashes powerful oxidizing power.