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Dudao L9C Max 240W PD USB-C - USB-C 2m Cable - Black
EAN: 6976625335022
Symbol: L9CMAX_Black 2M
Dudao L9C Max 240W PD USB-C - USB-C Cable 2 m - Black
The Dudao L9C Max is a durable USB-C to USB-C cable designed to support fast charging at up to 240W. Its solid core with thick, tinned copper wires ensures stable and safe operation. The cable's construction guarantees reliable power transfer and broad compatibility with devices supporting Power Delivery technology. Its 2m length ensures flexible use at home, in the office, or on the go, while the classic black color emphasizes the accessory's universal appeal.
Specification:
- Brand: Dudao
- Model: Dudao L9C Max
- Cable length: 2 m
- Entry:
- USB-C
- Exit:
- USB-C
- Maximum power: 240 W
- Core: 5-core, thick tinned copper wires
- Color: black
The most important advantages of the Dudao L9C Max 240W PD USB-C - USB-C 2 m cable - black:
- 240W power: Power Delivery fast charging support for demanding devices.
- Reinforced construction: thick tinned copper wires ensure durability and safety.
- Wide Compatibility: Works with many USB-C and PD-enabled devices.
- Length 2 m: convenient use at home, in the office and while traveling.
- Stable performance: fast energy transfer and reliable connection thanks to the solid cable core.
240W PD fast charging
The cable supports Power Delivery technology with a power of up to 240 W, which allows you to charge modern laptops, tablets and smartphones in the shortest possible time.
Reinforced cable construction
The 5-wire core with thick, tinned copper wires guarantees high resistance and stable energy flow even under heavy loads.
Wide compatibility
The cable works with devices supporting USB-C and PD fast charging, making it a universal solution for many applications.
Comfortable length of 2 m
With a length of 2 meters, the cable provides freedom of use, whether you are charging your device at home, in the office or on the go.
Stable and safe operation
The robust construction of the cable translates into rapid energy transfer and protection against overheating and loss of performance.