
Type-C to Type-C Data Cable
Dual-head Type-C male-to-male cable, featuring an aluminum alloy housing Type-C connector on one end and an injection-molded Type-C connector on the other. It supports fast charging power supply and synchronous data transmission, and can be used for charging and signal communication between laptops, mobile phones, tablets and smart devices.
Applicable Scenarios
Smartphones, laptops, tablet computers, portable energy storage power supplies, smart wearable devices, small industrial detectors, signal cables for photographic equipment

Dual-joint design, stable and resistant to repeated plugging and unplugging
One end features a metal aluminum alloy shell with premium texture and impact resistance; the other end is integrally injection-molded and equipped with a stress buffer structure, capable of withstanding repeated bending and pulling. It remains resistant to loosening and wire breakage after long-term plugging and unplugging.
High-purity copper core, supporting both charging and data transmission
High-purity oxygen-free copper conductors are adopted internally, featuring low resistance and support for high-current fast charging. Shielded versions are available to reduce signal interference and enable stable data transmission.
Environmentally Friendly Wear-resistant Cable PVC
Eco-friendly outer sheath, flexible, wear-resistant and anti-aging, resistant to cracking under repeated bending during daily storage; raw materials comply with RoHS environmental standards.
Wide compatibility, suitable for various types of devices
Universal USB-C interface devices support charging and data connection for mobile phones, tablets, laptops, portable energy storage equipment and intelligent industrial control devices.
Flexible Customization Service
Cable length, wire gauge, and 2.0/3.0 transmission solutions are customizable; uniform or mixed styles of housings at both ends are available; silk-screened logos and specification texts on the cable surface are supported; shielded cables can be customized.

