Electrically Debonding Adhesive Tape for Electronics & Battery Recycling

• Room-Temperature Separation: Compared to traditional thermal debonding, our electrically induced adhesive debonding technology allows for room-temperature separation in seconds at just 10-50V DC, protecting sensitive components from heat damage.
• From Passive to Active: Not just a consumable, but a programmable hardware interface that responds to electrical signals for precision debonding.
• Zero-Risk Disassembly: Eliminates the need for mechanical prying or harsh chemical solvents, preventing accidental punctures of high-energy density battery cells.
• Full Structural Integrity: Maintains high-strength industrial bonding during the device lifecycle, equivalent to premium VHB or structural foam tapes.

I. Electrochemical Principle: The “Programmable” Bond

Unlike traditional pressure-sensitive adhesives (PSA) that rely on permanent physical entanglement, our Electrically Debondable Tape functions as an electrochemically active interface. When a 10-50V DC voltage is applied, the ionic liquid or electrolyte layer within the adhesive triggers a Faraday Reaction. This leads to interface redox, gas generation, or a phase separation mechanism at the bonding surface. In just 10 to 60 seconds, the high-strength molecular bond is “switched off,” allowing the components to be separated with zero force and zero residue.

II. Technical Parameters (XYW Series)

The following parameters highlight the transition from high-performance structural bonding to an instant release state.

III. Key Applications: Solving the Physical Dilemma

1. Ideal for Electric Motors and EV Battery Recycling

As the electric vehicle industry moves toward sustainable recycling, the “death grip” of structural adhesives becomes a major barrier. Ideal for electric motors and EV battery recycling (Cell-to-Pack / Cell-to-Chassis), the xyw150 series secures modules with the strength of structural tape during their 10-year lifespan, yet can be “commanded” to release at the recycling center. This enables automated, non-destructive recovery of precious battery cells (NMC/LFP) and motor components without the severe risks associated with heat-gun softening or mechanical crushing.

2. High-End Wearables & Robotics (Vision Pro, Humanoid Robots, Drones)

In ultra-compact, high-value physical devices, technical capital faces a severe dilemma: traditional VHB or foam tapes provide necessary structural integrity but are nearly impossible to remove non-destructively. When replacing aging batteries or repairing sensors, mechanical prying risks puncturing high-energy density cells, leading to “Thermal Runaway.” Electrically debondable tape solves this by turning the bond into a programmable interface. Technicians can simply apply a DC signal to achieve effortless disassembly, ensuring the safety of both the operator and the hardware.

3. Precision Semiconductor & Glass Processing

In the manufacturing of flexible displays or thin-wafer semiconductors, mechanical stress during debonding often causes microscopic cracks. Electrically debondable tape acts as an active carrier; once the processing is complete, the part is released via an electrical pulse. This “zero-stress” separation significantly improves yield rates for fragile, high-value electronic substrates.

4. Circular Economy & “Right to Repair”

Global regulations are increasingly demanding that consumer electronics be repairable. Our tape allows designers to move away from “planned obsolescence” by enabling easy battery and screen replacements. It aligns brand engineering with environmental responsibility, providing a high-tech path to a circular economy where every component is accessible and reusable.