ST192 Silicone data cable USB-LIGHTNING/MICRO/TYPE-C 60W Type-C to Type-C /30W Type-C to Lightning

ST192 Silicone Data Cable
Model: ST192
Connector Types: USB to Lightning / Micro USB / Type-C / Type-C to Type-C
Length: 1 meter
Color: Classic Black, Minimalist White
Outer Material: Food-grade Silicone + TPE (Thermoplastic Elastomer)

Product Features & Selling Points:

1. Premium Material, Safe & Durable: Constructed with a food-grade silicone outer layer and high-strength internal conductors, offering excellent flame resistance, tensile strength, and bend resistance. Resistant to deformation and tangling, significantly extending its service life.

2. Ultimate Texture, Flexible & Soft: The extra-thick silicone outer jacket provides enhanced flexibility and a soft, smooth feel, making it easy to store and handle daily.

3. High-Performance Charging & Data Transfer:

• USB to Lightning/Micro/Type-C: Supports 5V/2.4A (up to 12W) charging, enabling fast charging for smartphones, tablets, and other devices, while ensuring stable data synchronization.

• 60W Type-C to Type-C: Supports up to 20V/3A (60W) high-power fast charging, designed for newer laptops, tablets, and smartphones compatible with high-power charging protocols, delivering efficient charging.

• 30W Type-C to Lightning: Supports 9V/3A (27W) fast charging, providing faster charging speeds for Apple iPhone devices.

4. Wide Compatibility, Versatile Use: Covers mainstream Lightning, Micro USB, and Type-C interface devices. One cable meets the charging and data transfer needs of various electronic devices.

Technical Specifications:

• USB to Lightning/Micro/Type-C Cable Structure: (43/0.08BS+250D) * 2C + (16/0.08BS+250D) * 2C

• 60W Type-C to Type-C Cable Structure: (55/0.08BS+250D) * 2C + (16/0.08BS+250D) * 3C

• 30W Type-C to Lightning Cable Structure: (55/0.08BS+250D) * 2C + (16/0.08BS+250D) * 3C

Applicable Scenarios: Suitable for fast charging and data synchronization of smartphones, tablets, laptops, power banks, car chargers, and other USB interface devices.