OEM-Ready EV Thermal Barrier with Dual Adhesive Integration
DARQ EV Battery Thermal Runaway Protection Pad – Double-Side Adhesive is an advanced microporous thermal barrier engineered for lithium-ion battery systems where both thermal safety and assembly efficiency are critical.
This variant features dual-side adhesive layers with release liners, enabling direct integration between battery cells and modules without requiring additional bonding materials.
Designed for EV Battery Manufacturing & Assembly Lines
EV battery systems demand consistent, repeatable, and safe assembly processes. This double-side adhesive thermal pad eliminates secondary bonding steps and enables faster, cleaner installation in battery modules.
It is ideal for OEM manufacturing environments, battery pack assembly lines, and high-volume production systems.
Why Choose Double-Side Adhesive Thermal Pads?
Compared to standard or single-adhesive thermal barriers, this solution provides:
• Direct bonding between components
• Elimination of external adhesives
• Faster assembly time
• Improved alignment and positioning
• Reduced human error in installation
• Better performance in vibration conditions
Standard vs Double-Side Adhesive Pad
| Feature | Standard Pad | Double-Side Adhesive |
|---|---|---|
| Installation | Manual | Direct integration |
| Adhesive Required | Yes | No |
| Assembly Speed | Moderate | Fast |
| Consistency | Variable | High |
| OEM Compatibility | Limited | High |
Microporous Technology Advantage
DARQ thermal pads use advanced microporous insulation technology, delivering extremely low thermal conductivity compared to conventional materials.
This enables effective thermal runaway protection while maintaining minimal thickness in battery systems.
Supplied Across India for EV & Energy Storage Applications
Designed for EV battery systems and supplied across India for OEM manufacturers, battery pack integrators, and advanced energy storage applications.
Engineering-Based Customization
Available in custom dimensions, thicknesses, and adhesive configurations based on project requirements.
Ideal for prototype development, testing environments, and large-scale production.
Related Solutions
• EV Battery Thermal Runaway Protection Pad (Standard)
• Single-Side Adhesive EV Thermal Pad
• Microporous Insulation Boards
• Vacuum Insulation Panels (VIP)
DARQ EV Battery Thermal Runaway Protection Pad – Double-Side Adhesive (1000°C)
• Classification temperature up to 1000°C
• Thermal conductivity ≤ 0.023 W/m·K (at 200°C)
• Thickness range: approx. 0.6 mm to 8 mm
• Dual-side adhesive with protective release liners
• Non-combustible, inorganic microporous core
• High compressive strength
• Easy to die-cut and customize• EV battery cell-to-cell thermal barriers
• Battery module integration layers
• Battery pack internal insulation
• Energy storage systems (BESS)
• Data center battery backup systems
• High-performance lithium-ion battery assemblies
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