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Thermoplastic Extrusion for the Aerospace Sector

FST compliance, lightweighting and ESD protection for cabins and avionics.

The Role of Thermoforming in the New Era of Aviation

At CANDEA Plastics we develop high-performance extruded materials for the aerospace supply chain, where safety, weight reduction and certification are non-negotiable.

From commercial aviation to emerging Drone and eVTOL (Urban Air Mobility) sectors, the industry demands reducing the "fly-to-buy" ratio and optimizing costs without sacrificing safety. Our polymers enable production of cabin components, ducts and fairings that meet the strictest flammability and mechanical resistance requirements.

  • Weight Reduction (Lightweighting): Efficient replacement of heavy metals and thermosets, critical for fuel efficiency and flight range.
  • Cost Efficiency: Ideal for mid-volume series and cabin retrofits, with significantly lower tooling investment than injection molding.
  • Functional Design: Ability to integrate complex geometries, aeronautical textures and functional properties in a single part.
Thermoformed components for aerospace cabin - CANDEA Plastics

Technical Challenges: Materials for Altitude and Safety

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FST Compliance (Fire, Smoke & Toxicity)

The greatest challenge in cabin interiors is passive safety. Materials must resist ignition and, in case of fire, not generate dense smoke or toxic gases that incapacitate passengers.

  • Our Solution: Technical polymers specifically formulated to comply with regulations such as FAR 25.853 (USA) and CS-25 (EASA), with halogen-free flame retardant additives (as required).
  • Benefit: Certifiable safety. Materials ready to pass vertical/horizontal burn tests and smoke density tests, facilitating final part certification.
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Optimized Stiffness-to-Weight Ratio

Every gram saved reduces carbon footprint and operating costs. Parts must withstand constant vibrations and dynamic loads without adding unnecessary structural weight, maintaining structural integrity throughout the component's service life.

  • Our Solution: Fine-gauge sheet extrusion with high toughness and modified engineering polymers to maximize specific stiffness.
  • Benefit: Secondary structural components (such as overhead bins or side panels) that are extremely lightweight but resistant to fatigue and impact during service.
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ESD Protection for Critical Avionics

Modern cockpits ("Glass Cockpit") and drone control systems are full of sensitive sensors. Static accumulation from air friction or passenger movement is a real risk that can damage critical electronic components.

  • Our Solution: Permanent conductive and dissipative static materials with controlled surface resistance in the range of 10⁵ to 10⁹ Ω/sq that protect electronics without interfering with communication signals.
  • Benefit: Reliable protection for navigation system housings, instrumentation and PCB handling trays in maintenance (MRO).

Technical Material Catalog for Aeronautics

We develop formulations that balance cabin aesthetics with technical regulations.

Technical material catalog for aerospace applications - CANDEA Plastics
Material Family Key Properties Typical Applications
FST-Ready Polymers FAR 25.853 compliance, low smoke and toxicity emissions. Wall panels, seat backs, overhead bins.
Conductive ABS/PC ESD High impact resistance + antistatic protection. Avionics housings, screen bezels, sensor mounts.
High-Heat Polymers Dimensional stability under sudden temperature changes. Air conditioning ducts (ECS), components near engines.
Chemical-Resistant Materials Resistance to hydraulic fluids (Skydrol) and aggressive cleaning. Service trays, galley components and lavatories.
Aeronautical Finishes Matte micro-grain textures, Kydex-look, corporate colors. Decorative moldings, class dividers, VIP interiors.

Applications Across the Aerospace Value Chain

From in-line protection to final parts in the end product.

Cabin Interior (Pax Experience)

Aesthetic and safe solutions for the passenger environment. Materials that resist intensive use, constant cleaning and maintain a "like new" appearance for years, meeting the highest safety and durability standards.

  • check_circle Side panels and ceilings (Sidewalls & Ceilings).
  • check_circle Seat components and meal trays (Tray tables).
  • check_circle Ventilation ducts and hidden air systems.

Avionics and Electronic Systems

Electromagnetic and static protection for the aircraft's "brain". Materials that guarantee the integrity of critical navigation, communication and flight control systems, essential for operational safety.

  • check_circle Housings for electronic modules and LRUs (Line Replaceable Units).
  • check_circle Cable and sensor protectors.
  • check_circle ESD transport trays for assembly and MRO.

Drones, eVTOL and UAVs

Materials for the new generation of urban air mobility, where weight is the critical factor for battery duration. Ultralight solutions that maintain structural resistance and fire protection.

  • check_circle Ultralight aerodynamic fairings and canopies.
  • check_circle Landing skids and rotor mounts.
  • check_circle Lightweight and fire-resistant battery housings.

Why choose CANDEA Plastics in Aeronautics?

Beyond plastic extrusion, we are your partner in innovation and material development.

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Total Quality and Traceability: Exhaustive control of batches and raw materials to facilitate quality audits and supplier standard compliance.

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Custom Formulation (Custom Compounds): Ability to adjust color and texture (Color & Texture Matching) to exactly match airline corporate identity or OEM standard.

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Prototyping Agility: Fast supply of smaller quantities for design phases, prototype certification and First Article Inspection (FAI).

Ready to take your project to the next level?

Contact our experts to meet your technical and regulatory requirements.