Baseus Super Si Pro Quick Charger Type C+USB 30W CN Adapter
Brand: Baseus
MPN: CCSUPP-C01
Model: Super Si Pro Quick Charger Type C+U 30W CN
Type-C+USB-A output: 18W+12W
Input: AC 100V-240V~, 50/60Hz, 1.2A Max.
Type-C output : 5V⎓3A, 9V⎓3A, 12V⎓2.5A, 15V⎓2A, 20V⎓1.5Aadp
USB-A output : 5V⎓3A, 9V⎓3A, 12V⎓2.5A, 15V⎓2A, 20V⎓1.5A
Color: As given picture

The Baseus Super Si Pro Quick Charger Type C+USB 30W CN Adapter is a cutting-edge charging solution that incorporates the latest advancements in technology. It utilizes Super Si, a novel silicon-based material known for its remarkable advantages in density, thermal conductivity, and efficiency conversion. This groundbreaking Super Si technology enables the charger to offer several notable benefits. The Super Si black technology allows the charger to be compact and lightweight, making it highly portable and convenient for travel or daily use. Despite its small size, the charger can deliver faster charging speeds, making it ideal for users who are always on the go and need to recharge their devices quickly. Super Si's excellent thermal conductivity ensures that the charger can safely and reliably function even in high-temperature conditions. This feature is essential in preventing overheating issues and ensuring the longevity of the charger.

Advance payment requirement: 10% Advance Needed for COD (Non-Refundable)

Warranty: 3 Days Warranty Available

Warranty Terms and Conditions:  
Customer must send an unboxing video while unpacking the items from Box
For any manufacturing defects customer must send the video to Othoba.com within 3 days of product receive 
After 3 days of products receive Othoba.com will not provide the replacement or warranty
Customer must send the item with proper bubble wrap and all the accessories and item must be in the box 
Box must be in new conditions
Box and Item serial must be same if any

Note: Product delivery duration may vary due to product availability in stock.

Disclaimer: The actual color of the physical product may slightly vary due to the deviation of lighting sources, photography or your device display settings.