Spray transfer employs higher:

Spray transfer employs higher:

• A. Voltage settings
• B. Amount of CO2 shielding
• C. Inductance settings
• D. Reactance settings

Answer: (A)

Spray transfer relies on a high-energy, stable arc that pushes metal in a continuous spray of tiny droplets. Achieving that stability requires higher voltage settings, which raise the arc voltage and help maintain a consistent, well-formed spray transfer rather than globular or irregular transfer. The shielding gas flow or composition does affect the process, but it isn’t what sets spray transfer apart in the same way; inductance or reactance influence arc characteristics, but the defining factor for spray transfer is the higher voltage to sustain the spray regime. So the best answer is voltage settings.

Spray transfer relies on a high-energy, stable arc that pushes metal in a continuous spray of tiny droplets. Achieving that stability requires higher voltage settings, which raise the arc voltage and help maintain a consistent, well-formed spray transfer rather than globular or irregular transfer. The shielding gas flow or composition does affect the process, but it isn’t what sets spray transfer apart in the same way; inductance or reactance influence arc characteristics, but the defining factor for spray transfer is the higher voltage to sustain the spray regime. So the best answer is voltage settings.