Company News

ZONSAN New Design TFT Screen Display 67W-140W GaN Charger Series 

Views : 374
Author : ZONSAN
Update time : 2025-05-17 11:17:23
ZONSAN New Design TFT Screen Display 67W-140W GaN Charger Series 
Elevate your charging experience with ZONSAN’s exclusive Display Series—featuring 67W, 100W, and 140W models, each equipped with 3-5 ports for seamless multi-device charging.

TFT Screen Display (Thin-Film Transistor) is a high-performance LCD technology where each pixel is controlled by a transistor, enabling sharp images, fast response times, and energy efficiency. Widely used in smartphones, tablets, monitors, and automotive screens for vibrant visuals and reliable operation. 


Key Highlights:
Power Choices: 67W , 100W , 140W
Multiple plug for your options : EU, KR, US(foldable plug) to meet different market.
Quality guaranteed by CE ROHS ERP KC KCC certified
Smart Flexibility: Charge phones, tablets, laptops, and more simultaneously.

 
Built for durability and designed to simplify workflows, ZONSAN’s series ensures future-proof compatibility across devices.
Dominate your market with a partner trusted worldwide.

👉 Available now. Bulk order inquiries: Contact Sales.

 
Related News
Read More >>
Why Does My USB-C Charger Make a Buzzing or Whining Noise? Causes, Testing and Factory Solutions Why Does My USB-C Charger Make a Buzzing or Whining Noise? Causes, Testing and Factory Solutions
Sep .10.2026
A USB-C charger may make a buzzing or whining sound because magnetic components such as transformers and inductors can vibrate during high-frequency switching. The sound can be more noticeable at no load or light load when the charger enters burst-mode operation. A faint, stable sound may be normal, while loud or sudden noise combined with overheating or charging interruptions should be investigated.
Why Does My USB-C Charger Keep Disconnecting? Causes, Testing and Factory Solutions Why Does My USB-C Charger Keep Disconnecting? Causes, Testing and Factory Solutions
Sep .09.2026
A USB-C charger may keep disconnecting because of a damaged cable, poor USB-C connector contact, failed PD negotiation, overcurrent protection, overheating, unstable output, device compatibility or excessive cable resistance. A charger factory should reproduce the problem, test different cables and devices, monitor PD negotiation, check thermal and electrical performance, and then identify the root cause before mass production.
Newsletter