AIRCRAFT TECHNICAL PROTECTIONS

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In the aerospace industry, safety and precision are essential. Therefore, our design and engineering solutions are specifically developed to offer adaptability in demanding environments. This includes the possibility to customize a wide range of colors, dimensions and materials, adjusting to the specific regulations and requirements of each aeronautical project.

Design and engineering of protection for the aeronautical sector

Protecciones aviación Indaero

We have standard components, which guarantees a fast and efficient supply in case of repairs or modernizations. This is crucial to maintain operational continuity of aircraft and associated systems, reducing downtime in the industry.

Regulatory compliance in aviation covers and protections

In the aeronautical industry, guards and covers play an essential role in the safety and maintenance of equipment and aircraft. To guarantee that our products meet the highest standards, we rigorously follow international and European regulations, ensuring quality, safety and compatibility in all our protection systems.

All our protection solutions strictly comply with Occupational Health and Safety regulations applicable to the aeronautical sector, ensuring safe and efficient working environments both on the ground and in related operations. In addition, our products are designed to maximize operability, with models such as ML2 OFF and ML3 OFF, which stand out for their ease of use and ability to optimize processes in the hangar or production line.

cumplimiento normativa protecciones aviacion indaero

Ergonomic optimization and efficient transport

The design of our protections prioritizes ergonomics, with careful optimization of mass and volume to ensure efficient handling. This facilitates their use, transport and storage, meeting the strict efficiency and safety requirements of the aeronautical sector.

Our aeronautical covers and protections are designed and manufactured under the strict requirements of AS/EN 9100:2018, which certifies our quality management system specific to the aeronautical industry. In addition, our operations comply with ISO 9001:2015, a global standard that guarantees consistency and quality at every stage of our production process.

Electromagnetic compatibility and European regulations

The aeronautical environment requires that all equipment, including covers and shields, be compatible with sensitive aircraft electronics. Therefore, our products comply with EN 1915-1:2013, which ensures electromagnetic compatibility (EMC). Additionally, we follow the EMC Directive 2014/30/EU, ensuring that our products are marked and managed in compliance with European EMC regulations.

Procurement of non-polluting materials

In the manufacture of our covers and protections, we comply with REACH (EC) 1907/2006 regulations, ensuring that all materials used are sustainable and non-polluting. This guarantees not only the protection of aeronautical equipment, but also a minimal impact on the environment.

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Need a quote?

At INDAERO, we are prepared to offer you a customized quote for any need in the aeronautical sector. From labeling solutions and interior customization, to high precision machining and specialized aviation protections.

Our team of experts is here to help you take it to the next level.

Technical requirements for aeronautical covers and protections

Covers and protections used in the aeronautical sector must meet demanding technical requirements to ensure their effectiveness in extreme conditions and their durability in the most challenging environments. Our products are designed to deliver exceptional performance and comply with international safety standards.

Check out all the aircraft protection products we can offer you.

requisitos tecnicos protecciones aviacion indaero

Our covers and guards are manufactured with highly resistant materials, designed to withstand exposure to a wide variety of chemicals common in the aviation industry. This includes resistance to abrasives, hydraulic fluids, oils, greases, lubricants and anti-icing agents, ensuring the protection and longevity of equipment in harsh environments.

The ability of our products to operate in extreme conditions is crucial in aviation. Our covers are designed to withstand temperatures ranging from -40°C to +70°C within 6 minutes, providing reliable protection in both extremely cold climates and high temperature situations.

Fire resistance

Our products comply with the highest fire safety standards. They are classified as M1 according to the UNE 23727:90 standard for fire retardancy (Fire Retardant – FR), ensuring that the protections offer fire resistance and comply with the most demanding safety regulations.

Compliance with international regulations

In the design and manufacture of our aviation covers and interiors, we strictly follow international regulations regarding the use of materials. We ensure that our products are free of radioactive and carcinogenic materials, such as asbestos, chlorofluorocarbon, cadmium and magnesium alloys, among others, to guarantee the safety of the equipment and personnel using them.

Technical requirements in aeronautical cover design and engineering

Our aeronautical covers and shields are designed to the highest standards of aeronautical engineering to meet the demanding requirements of the industry. Each product is manufactured with the rigorous demands of the aviation environment in mind, ensuring safety, durability and ease of use in extreme conditions.

requisitos tecnicos de protecciones aviacion

Technical airworthiness requirements

In the development of our protections, we consider airworthiness requirements for both AGE (Aerospace Ground Equipment) and storage. This ensures that our products not only protect effectively, but also comply with the most stringent aviation regulations.

transparencias y accesos para inspecciones de covers aeronauticos

Resistance to acceleration and extreme environments

Our covers are designed to withstand accelerations of up to 9G, maintaining their integrity and protection even under high-speed conditions or abrupt maneuvers. In addition, they are able to withstand extreme environments, such as salt spray, solar radiation and pressure drop caused by changes in altitude, which can reach 812.8 m/s (812.8 m/s).

Transparency and access for inspection

We know that fast and efficient inspections are crucial in the aeronautical environment. That is why our guards are designed to allow transparency and access, facilitating internal inspection or access to components without the need to remove the AGE. This optimizes maintenance times and ensures that aircraft are always ready for operation.

Safety levels and manufacturing experience

Our products are designed and manufactured with the experience accumulated in the creation of AGE for all safety levels required in the industry, being also a reference in aeronautical signaling and labeling. This experience ensures that our covers meet the highest levels of operational safety, protecting critical equipment efficiently and reliably.

Processes used in the manufacture of aeronautical covers and protections

To ensure durability and functionality under demanding conditions, we implement a wide variety of advanced manufacturing processes. These range from precision engineering methods to state-of-the-art technologies such as additive manufacturing of aviation materials and 5-axis machining, which enable high precision in the most intricate details. In addition, specialized welding, thermoforming and textile stitching ensure a robust and resilient construction, capable of withstanding the challenges of the aviation environment. The engraving and painting process finalizes the manufacturing process, adding an aesthetic and functional finish that meets the highest quality standards.

  • Advanced engineering
  • Thermoforming
  • 5-axis machining
  • Precision cutting
  • Additive manufacturing
  • Textile stitching
  • Specialized welding
  • Engraving
  • Painting
  • Assembly

Materials used in aeronautical covers and protections

Material selection is critical to ensure that our covers and protections meet technical requirements for strength, weight and durability. We use high-performance materials such as polycarbonate and methacrylate, which offer excellent impact and weather resistance. Other materials such as PVC, ABS and Teflon provide specific properties for different applications, from chemical resistance to light weight. We also use technical textiles and foam to enhance protection, insulation and comfort, while metals such as aluminum and steel provide structural strength and long-term durability.

  • Polycarbonate
  • Methacrylate
  • PVC
  • ABS
  • Teflon
  • POM (Polyoxymethylene)
  • Foam (technical foam)
  • Resin
  • Technical textiles
  • Aluminum
  • Steel