Afterplug USB C to C Data Blocker 240W pack 🔌

This compact USB-C data blocker from Afterplug prevents data transfer while allowing high-power charging, making it a practical companion for travel and public charging stations. It offers charge-only protection against juice jacking while supporting up to 240W PD, which helps keep devices powered without exposing data ports to potential threats.

Key Points

The adapter is designed to remove data pins so only power is passed through, reducing the risk of malware or unauthorised access when using public USB-C ports. It comes as a two-pack in red and is notably small so it fits with most protective cases, allowing you to keep a case on during charging. For best charging speeds the manufacturer notes that the entire chain should be USB-C to USB-C, otherwise charge may be slow or absent. 🔒

Also consider that the metal housing aims to improve durability and handling, and the simple male-to-female form factor makes it easy to pop between cable and device. It is compatible with a wide range of modern devices that use USB-C charging, including recent phones, tablets and laptops, according to the manufacturer. ⚡

Technical Specifications

• Name: Afterplug USB C to C Data Blocker (2-Pack, Red)
• Maximum supported PD charging: 240W PD
• Connection type: USB-C male to USB-C female
• Pack quantity: 2 units
• Case compatibility: case friendly design
• Construction: metal housing

Usage Recommendations

Use this data blocker whenever you connect to unfamiliar or public USB-C charging points such as in airports, hotels or libraries. For optimal performance make sure both the cable and the charging source are USB-C to USB-C, otherwise charging speed may be reduced or the device may not charge at all. If you rely on adapters that convert from USB-A to USB-C expect limited or no charging because data pins differ and power delivery lines may not align. Consider keeping one in a travel kit and another in a daily bag for convenience, and remember that while it blocks data transfer it does not substitute for device-level security measures or backup routines.