Automotive Thermal & Acoustic Insulation Mat – Aluminum Foil
Automotive Thermal & Acoustic Insulation Mat – Aluminum Foil
Automotive Thermal & Acoustic Insulation Mat – Aluminum Foil NBR Foam
Upgrade your vehicle's interior comfort with this premium Automotive Thermal and Acoustic Insulation Mat. Crafted from high-quality aluminum foil bonded to closed-cell NBR (nitrile butadiene rubber) foam, this versatile insulation pad delivers outstanding heat-blocking and sound-dampening performance for cars, trucks, SUVs, and more. Made in China (Mainland China).
Why Choose This Insulation Mat?
- Dual-Action Performance: Simultaneously blocks heat transfer and reduces cabin noise — engine rumble, road noise, tyre whine, and wind noise are all significantly reduced for a quieter, more refined ride.
- High-Temperature Resistance: Rated up to 150°C (302°F), making it ideal for use near bonnets/hoods, firewalls, and exhaust-adjacent panels where heat build-up is a concern.
- Oil & Petrol Resistant: NBR foam construction resists oil, petrol, and moisture ingress — perfect for under-hood and floor applications.
- Strong Self-Adhesive Backing: Features a superb pressure-sensitive adhesive layer (15 kPa pull strength) for a secure, long-lasting bond to metal and composite surfaces. Just cut, peel, and apply.
- Flexible & Easy to Cut: The mat is lightweight, flexible, and easy to trim to any shape — fits any vehicle make or model with no specialist tools required.
- Year-Round Comfort: Keeps your cabin cooler in summer and warmer in winter, improving overall driving comfort regardless of climate.
- Versatile Placement: Suitable for hood/bonnet liner, car doors, roof/ceiling, tailgate, trunk, cockpit floor, firewall, front fender, and wheel arches.
- Beyond Automotive: Works brilliantly for condos, apartments, studios, classrooms, and factory environments needing affordable thermal and acoustic insulation.
Product Specifications
| Material | Aluminum Foil + NBR (Closed-Cell Foam) |
| Available Sizes | 500mm × 2000mm × 5mm | 500mm × 2000mm × 10mm | 250mm × 400mm × 10mm |
| Max. Temperature Resistance | 150°C (302°F) |
| Adhesive Pull Strength | 15 kPa |
| Compatibility | Universal / General-purpose (all vehicle types) |
| Placement Locations | Hood, Doors, Roof, Tailgate, Trunk, Chassis, Firewall, Fender, Wheel Arches, Indoor Walls |
| Finish | Black foam with silver aluminum foil face |
| Country of Origin | Made in Mainland China |
How to Install
- Clean the surface thoroughly — remove grease, dust, and moisture.
- Measure & Cut the mat to your desired shape using scissors or a utility knife.
- Peel the backing from the self-adhesive layer.
- Press & Hold firmly onto the surface for several seconds to activate the adhesive bond.
For general guidance on vehicle sound insulation and interior noise reduction, visit the U.S. Department of Energy – Vehicle Technologies resource page.
Frequently Asked Questions
Q: What thicknesses does this automotive insulation mat come in?
A: This insulation mat is available in two thicknesses — 5mm and 10mm. The 5mm variant is ideal for doors, roofs, and fenders where space is limited, while the 10mm version provides enhanced thermal and acoustic performance for bonnets, firewalls, and trunk areas.
Q: Will this mat stick to curved or uneven car panels?
A: Yes. The closed-cell NBR foam is highly flexible and compressible, allowing it to conform to curved and irregular surfaces. The strong self-adhesive backing (15 kPa pull strength) ensures a reliable bond even on non-flat panels such as wheel arches and door frames.
Q: Is this insulation mat suitable for use near the engine bay or bonnet?
A: Absolutely. The mat is rated to withstand temperatures up to 150°C (302°F), and the NBR foam is resistant to oil and petrol — making it a safe and effective choice for under-bonnet/hood liner applications and firewall insulation.
Q: Can I use this mat for non-automotive applications?
A: Yes! While designed for automotive use, this aluminum foil insulation mat also performs excellently in home studios, condos, apartments, classrooms, and light industrial settings where thermal insulation or noise reduction is needed.