Strike X-Cable Mini 2 USB Male to Magnetic Micro USB Cable
Strike X-Cable Mini 2 USB Male to Magnetic Micro USB Cable
ASP-AL USB-M to Mag MicroUSB Mini2
Regular price
$33.00
Regular price
Sale price
$33.00
Unit price
per
Features
Features
- Type: Micro USB Charging Cable
- Color: Black
- Interface: Micro USB 2.0 port
- Cable Length: 1M
- Compatibility: Devices with micro USB 2.0 port most popular Android phones/tablets (Samsung HTC Google Blackberry)
- Micro USB head included
Tech Specs
Tech Specs
The magnetic charging cable of Strike X-Cable is highly durable anti-winding and great for heat dissipation. It is a fast charging cable; making it both cost and time efficient. This Magnetic Micro USB Cable also has an intelligent LED light indicator; red light for charging power and green light for complete charged.
The magnets are strong and ensures no disconnection when the cable is used for charging or data transfers. This feature also reduces risks of damaging the cable from frequent pulling whenever you finish using it.
Strike X-Cable Magnetic Micro USB Cable is compatible with the most popular Android phones and Tablets such as Samsung HTC Google Blackberry and even for the Digital Camera and PDA with micro USB 2.0 port.
The magnets are strong and ensures no disconnection when the cable is used for charging or data transfers. This feature also reduces risks of damaging the cable from frequent pulling whenever you finish using it.
Strike X-Cable Magnetic Micro USB Cable is compatible with the most popular Android phones and Tablets such as Samsung HTC Google Blackberry and even for the Digital Camera and PDA with micro USB 2.0 port.
For Enterprise customers email sales@strike.com.au to discuss quantity pricing.
Strike X-Cable Mini 2 USB Male to Magnetic Micro USB has two parts – a micro USB port and a magnetic cable – to enable an extremely easy and quick charge. You can leave the dust plug in your phone's charging port even when you're not using the cable to keep it free from dust and dirt. The plug is lightweight and has improved electrical conductivity.