We Specialize In Everything Under The Bag To The Tool
Engineered Materials for Composite & Aerospace
We Specialize In Everything Under The Bag To The Tool
Engineered Materials for Composite & Aerospace
Product Category
Coast-Line is the US-approved distributor of Amorim aerospace cork — certified materials engineered for bonding to metal and composite substrates in aerospace thermal protection, vibration isolation, and sealing applications. Three grades: P45, P50, and P65.
Coast-Line International is the US-approved distributor of Amorim TPS aerospace cork — certified materials designed to meet stringent aerospace performance and qualification requirements. Amorim cork is used for thermal insulation, vibration damping, and acoustic attenuation in aerospace assemblies where a natural, lightweight material with excellent compressibility and bond adhesion to metal and composite substrates is required. Available in three density grades: P45, P50, and P65.
Tell us what you need and our team will respond within one business day with pricing and availability.
The lowest-density Amorim aerospace cork grade — optimized for applications requiring maximum flexibility and elongation. High compressibility and excellent damping properties make P45 well-suited for vibration isolation, acoustic attenuation, and applications where the cork must conform to curved or complex surfaces during bonding.
The mid-range Amorim aerospace cork grade — balancing density, strength, and flexibility for general aerospace sealing, thermal protection, and damping applications. P50 provides significantly higher tensile strength than P45 while maintaining good elongation, making it the versatile all-purpose grade for most aerospace cork applications.
The highest-density Amorim aerospace cork grade — engineered for structural sealing and applications requiring maximum load-bearing capability. Smaller sheet format (37″ × 25″). Thermal conductivity and specific heat data are indicative values. Contact Coast-Line for specific heat testing status as characterization is ongoing.
