FTR is a global brand of circuit protection components manufactured by Fujian Qiaoguang Electronics Technology Co., Ltd., a certified supplier with over 30 years of expertise in surge protection.
We specialize in Metal Oxide Varistors (MOVs), NTC thermistors, PTC resettable fuses, and other surge protection devices for industrial, power, and consumer electronics applications. All FTR products are manufactured in ISO 9001 / ISO 14001 certified facilities and comply with major global safety and environmental standards: UL, TÜV, VDE IEC61051:2023, CQC, RoHS, REACH, and Halogen-Free.
Hangzhou Wfyear Electronics is the officially authorized global distributor of FTR. All products sold are traceable to factory sources and covered by official compliance documentation.
All documentation, certifications, and datasheets are issued by the FTR factory and regularly updated to ensure compliance with global standards.
FTR Brand Overview PDF –
FTR Brand Overview 2025.pdf
More about FTR: https://wfyearsemi.com/brand/ftr/
FTR circuit protection components are manufactured in ISO-certified facilities and comply with major international safety and environmental standards. All certifications and compliance documents are issued by the original factory and regularly updated to ensure global regulatory conformity.
For additional documentation, test reports, or technical compliance inquiries, please contact our sales team at info@wfyear.com.
If you need more product information, selection guide support, or technical consultation, please contact us:

ESD electrostatic protection components are designed to protect I/O ports for high-speed data transmission applications.

ESD electrostatic protection components are designed to protect I/O ports for high-speed data transmission applications.

ESD electrostatic protection components are designed to protect I/O ports for high-speed data transmission applications.

ESD electrostatic protection components are designed to protect I/O ports for high-speed data transmission applications.

ESD electrostatic protection components are designed to protect I/O ports for high-speed data transmission applications.

ESD electrostatic protection components are designed to protect I/O ports for high-speed data transmission applications.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

ESD electrostatic protection components are designed to protect I/O ports for high-speed data transmission applications.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

ESD electrostatic protection components are designed to protect I/O ports for high-speed data transmission applications.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.

GDT is a good solution for surge protection. The insulation resistance of GDT is over 1GΩ, which achieves low degradation speed and high reliability.