Blupebble PowerFlow PD 140W USB-C to USB-C Fast Charging - 3m

High-performance charging and ultra-fast data transfer are delivered through the Blupebble PowerFlow PD 140W USB-C to USB-C Cable, which has been engineered for modern laptops, tablets, smartphones, and other USB-C powered devices. Stable power delivery up to 140W is supported, allowing demanding devices to be charged efficiently and consistently, making it suitable for both professional and everyday use environments.

Enhanced durability has been achieved through a premium nylon braided construction, while flexibility has been maintained for daily handling convenience. Reliable performance is ensured even under intensive use conditions, as the cable has been lab-tested to withstand more than 12,000 bends. In addition, high-speed connectivity has been enabled with up to 40Gbps data transfer, allowing large files, media content, and documents to be moved within seconds.

Key Features:

• Fast charging performance supported up to 140W Power Delivery for high-demand devices
• Ultra-fast data transfer enabled with speeds of up to 40Gbps
• Durable nylon braided exterior designed for long-term daily use
• Flexibility maintained despite reinforced build quality
• Safety mechanisms integrated, including overheating and short-circuit protection
• Broad compatibility ensured across USB-C laptops, tablets, and smartphones

Specifications

• Type: USB-C to USB-C
• Max Power Output: PD 140W
• Data Transfer Speed: Up to 40Gbps
• Cable Material: Nylon Braided
• Durability: 12,000+ bend lifespan (lab-tested)
• Functions: Charging & Data Sync
• Safety Features: Overheating & Short-Circuit Protection
• Compatibility: Laptops, tablets, smartphones, and other USB-C devices

Conclusion:
Consistent high-speed charging and professional-grade data transfer have been combined within a single durable solution designed for modern digital workflows. Long-term reliability has been supported through reinforced construction and safety-focused engineering, making daily use stable and efficient across multiple device types.