Product description

Key attributes

Create reliable, flexible, and high-performance electronic connections with our conductive reinforced PTFE stickers, engineered for DIY electronics, flexible circuitry, STEM education kits, prototyping, robotics, and low-power electronic projects.

Made with durable PTFE + conductive layering, these adhesive circuit labels offer excellent electrical conductivity, heat resistance, and mechanical flexibility, allowing users to build circuits without soldering—perfect for students, makers, engineers, and hobbyists.

Key Features 

• Conductive PTFE Material – provides stable electrical conductivity for circuits, sensors, and prototype wiring.

• Flexible Printed Circuit Design (FPC) – bendable, lightweight, and ideal for wearables, robotics, and moving parts.

• Strong Self-Adhesive Backing – attaches securely to plastic, cardboard, PCB boards, paper, and smooth surfaces.

• Heat-Resistant & Durable – withstands friction, bending, and moderate temperatures used in electronics.

• Tool-Free Circuit Building – no soldering required; ideal for STEM learning and rapid prototyping.

• Customizable Shapes & Tracks – supports die-cut custom circuits, contact pads, and connector patterns.

• Compatible with Batteries, LEDs, Sensors & Microcontrollers (Arduino, Micro:bit, ESP, etc.)

Application Fields 

 DIY Electronics & Maker Projects
 STEM Educational Kits & Classroom Experiments
 Flexible Printed Circuit Prototyping
 Wearable Technology & Smart Textiles
 Robotics & Automation Projects
 Electronic Paper Models & Conductive Crafts
 Touch Sensors, Light Circuits & Low-Voltage Connections
 Microcontroller Prototyping (Arduino, Micro:bit, Raspberry Pi)

Frequently Asked Questions 

1. Are the stickers electrically conductive?

Yes. They contain conductive PTFE layers that allow electricity to flow between circuit components.

2. Do I need soldering to use these stickers?

No. These are designed for tool-free, solderless prototyping, perfect for students and hobbyists.

3. Can they be bent or folded?

Yes. The flexible printed circuit structure allows bending, shaping, and folding without breaking.

4. What components can be connected?

LEDs, resistors, coin batteries, sensors, microcontrollers, and other low-voltage electronics.

5. Are custom circuit patterns available?

Yes. We support OEM/ODM customization, including track layout, shape, size, connectors, and multi-layer structures.

6. Are these safe for classroom use?

Yes. They operate at low voltage, making them ideal for STEM education and school labs.