Pre-Applied Adhesive EV Thermal Barrier for Faster Installation & Assembly Efficiency
DARQ EV battery thermal pad with adhesive designed for thermal runaway protection in lithium-ion battery systems. Engineered using microporous insulation technology, this solution enables both high-temperature resistance and fast, clean installation in battery modules.
This variant features a pre-applied adhesive layer with release liner, enabling direct mounting onto battery modules, casings, or structural surfaces without the need for secondary bonding processes.
Designed for high-performance EV battery systems, the pad provides reliable thermal runaway mitigation while simplifying assembly workflows.
“Pre-applied adhesive eliminates secondary bonding processes, reducing assembly time and improving consistency in EV battery production.”
Engineered for EV Battery Safety & Manufacturing Efficiency
In lithium-ion battery systems, thermal runaway propagation is a critical safety concern. DARQ’s microporous thermal barrier provides high-temperature resistance up to 1000°C, helping delay heat transfer between cells and improve system safety.
The addition of a single-side adhesive layer ensures:
• Faster installation
• Consistent positioning
• Reduced assembly time
• Cleaner application with no external adhesive
Why Choose Single-Side Adhesive Thermal Pads?
Compared to standard thermal barrier sheets, this variant provides a major advantage in installation and production environments.
• Eliminates need for separate adhesives or tapes
• Improves consistency in placement
• Reduces labor time during assembly
• Ideal for prototype and small-batch production
• Enhances reliability in vibration environmentsDesigned for EV battery applications and supplied across India for OEM and battery pack manufacturers.
Ideal for prototype development, testing environments, and low-volume EV production.
Why Adhesive Thermal Pads Matter in EV Systems
- Conventional pads require glue/tape
- Leads to inconsistency
- Increases assembly time
DARQ solves this with pre-engineered adhesive integration.
Microporous Technology Advantage
DARQ thermal pads use advanced microporous insulation technology, delivering significantly lower thermal conductivity compared to conventional insulation materials.
This allows:
• Better thermal runaway protection
• Reduced thickness requirements
• Improved energy density in battery packs
Engineering-Based Customization
DARQ offers customized dimensions, shapes, and adhesive configurations based on battery design requirements.
Project-based consultation available for EV manufacturers, R&D teams, and system integrators.
Standard Pad vs Adhesive Pad
| Feature | Standard Pad | Single-Side Adhesive |
|---|---|---|
| Installation | Manual | Easy |
| Adhesive Required | Yes | No |
| Assembly Time | Higher | Lower |
| Consistency | Variable | High |
Also suitable for battery energy storage systems (BESS) and battery backup systems used in data center infrastructure.
Related Thermal Protection Solutions
For different integration requirements, explore:
• EV Battery Thermal Runaway Protection Pad (Standard)
• Double-Side Adhesive EV Thermal Barrier Pad
• Microporous Insulation Boards for high-temperature systems
• Vacuum Insulation Panels (VIP) for cold storage applications
DARQ EV Battery Thermal Runaway Protection Pad – Single-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
• Pre-applied adhesive layer with release liner
• Non-combustible, inorganic material
• High compressive strength
• Easy to cut, shape, and integrate• EV battery module insulation
• Cell-to-module thermal barriers
• Battery pack internal protection layers
• Battery casing thermal lining
• Energy storage systems (BESS)
• Battery backup systems (UPS / data centers)
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