- SKU:
- QRS-MUST 6768-CUHC-FEIDC-427
- Condition:
- New
- Availability:
- Delivery within 10 business days (US Made)
- Part Number:
- MUST 6768-CUHC-FEIDC-427
- Manufacturer Part Number:
- MUST 6768-CUHC-FEIDC-427
- Generic Media:
- Media1, Media7
- Material:
- Aluminum
- Logo:
- FEIDC-427
- Surface Finish:
- Textured
- Base Material:
- AcoustiHood
- Number of Pieces:
- 1
- media1alttext:
- Premium Hood Insulation Pad Heat Shield for Ford Mustang 1967-68, Ultimate Sound & Heat Insulation, ABS Material, Made in USA
1967-68 Mustang Heat Shield Pad: Ultimate Sound and Heat Insulation
Experience unmatched quality with this Hood Insulation Pad Heat Shield for 1967-68 Ford Mustang Under Cover w/FEIDC-427, the ideal choice for classic car enthusiasts looking to reduce engine noise and heat.
- Manufactured in the US from high-grade ABS and AcoustiShield materials
- Protects the paint on your hood from engine heat while reducing noise levels
- Designed for an improved aftermarket look and performance enhancement
Tailored for those seeking authentic parts quickly, this premium-quality insulation pad not only enhances your vehicle's aesthetics but also ensures a quieter ride. Perfect for classic car lovers like you who value top-notch products that deliver both style and functionality.
1967-68 Mustang Heat Shield Pad: Ultimate Sound and Heat Insulation
Experience unmatched quality with this Hood Insulation Pad Heat Shield for 1967-68 Ford Mustang Under Cover w/FEIDC-427, the ideal choice for classic car enthusiasts looking to reduce engine noise and heat.
- Manufactured in the US from high-grade ABS and AcoustiShield materials
- Protects the paint on your hood from engine heat while reducing noise levels
- Designed for an improved aftermarket look and performance enhancement
Tailored for those seeking authentic parts quickly, this premium-quality insulation pad not only enhances your vehicle's aesthetics but also ensures a quieter ride. Perfect for classic car lovers like you who value top-notch products that deliver both style and functionality.