





QA:
1.Is it normal for the charger to heat up during use? Is it safe?
Heat generation is a normal physical phenomenon during high-power charging. Energy conversion efficiency isn't 100%, and some energy is naturally dissipated as heat. Our GaN technology reduces heat generation by 30% compared to traditional chargers, but some warmth may still be felt—this is common for all high-wattage chargers.For safety, the charger is built with flame-retardant (PC+ABS) materials and includes multi-protection features such as over-temperature, over-voltage, over-current, and short-circuit prevention.
2.Is the 120W output advertised real?
Yes. Our charger's 120W total output is authentic. It features six independent circuits—each fast charging port can deliver its max power without interference. Think of it like six apartments sharing a 120W power grid, each with its own meter. Devices don’t always draw max power. Charging speed adjusts intelligently based on battery level and usage. For example, a equipment may use only 10W when near full charge to protect the battery. This ensures both efficiency and safety. Actual power delivery also depends on cable quality.







QA:
1.Is it normal for the charger to heat up during use? Is it safe?
Heat generation is a normal physical phenomenon during high-power charging. Energy conversion efficiency isn't 100%, and some energy is naturally dissipated as heat. Our GaN technology reduces heat generation by 30% compared to traditional chargers, but some warmth may still be felt—this is common for all high-wattage chargers.For safety, the charger is built with flame-retardant (PC+ABS) materials and includes multi-protection features such as over-temperature, over-voltage, over-current, and short-circuit prevention.
2.Is the 120W output advertised real?
Yes. Our charger's 120W total output is authentic. It features six independent circuits—each fast charging port can deliver its max power without interference. Think of it like six apartments sharing a 120W power grid, each with its own meter. Devices don’t always draw max power. Charging speed adjusts intelligently based on battery level and usage. For example, a equipment may use only 10W when near full charge to protect the battery. This ensures both efficiency and safety. Actual power delivery also depends on cable quality.




















