Aerospace

Advanced materials are an indispensable material foundation for aerospace and other related fields, which can improve various aspects of the performance of aerospace equipment and components and enable the equipment to meet the needs of use. At present, aerospace materials are developing in the direction of high performance, high functionality, multifunctionality, integration of structure and function, composability, intelligence, low cost, and compatibility with the environment.

Fig.1 Aerospace solution based on advanced materials.

CD BioSciences-Advanced Materials delivers innovative advanced materials to meet aerospace sector requirements. Our commitment involves creating and supplying top-tier material products that satisfy the rigorous demands of aerospace vehicles operating in challenging conditions.

Aerospace Materials Development Trend

Fig.2 Directions for advanced materials in aerospace.

Lightweight: The field of lightweight metals and their composites, such as titanium alloys and aluminum-lithium alloys, along with carbon fiber reinforced composites, represents a key focus for upcoming technological advancements. Using these materials enables aircraft to achieve lower weight, which leads to better fuel performance.
Polymers and their Composites: Titanium matrix composites with discontinuous fibers and particles alongside carbon fiber reinforced composites and materials like PEEK and polyphenylene sulfide show extensive application possibilities within aerospace because they process easily and offer isotropic benefits.
Intelligent Materials: Intelligent composites integrate sensing technology, information processing technology, and function-driving technology, and are capable of realizing a variety of special functions such as self-detection, self-diagnosis, self-adjustment, self-recovery, and self-protection.

Integrated Manufacturing: Integration of manufacturing can reduce the number of mechanical assemblies, save materials and man-hours, as well as reduce the potential for accidents caused by assembly errors, which is one of the important trends of aluminum alloy and other structural materials.
Low-dimensional Materials: The aerospace sector experienced new development opportunities through the research and application of low-dimensional materials like graphene and additional two-dimensional materials.
High-temperature and Special Metal Structural Materials: The need for ceramics and their composites that function stably in extreme heat and corrosive conditions grows as aerospace technology advances. Ceramics and their composites are beginning to integrate into aircraft engines and both navigation and communication systems.

Fig.3 Trends in the development of advanced materials for aerospace.

Our Advanced Materials R&D Technologies in the Aerospace

New Processing Technologies

Our mastery extends to new processing technologies such as directional solidification technology, mechanical alloying, and rapid solidification along with electron beam and laser beam technology which enable us to enhance materials' microstructure and performance.

Structural Bionic Technologies

Bionic design combined with gradient material technology enables the seamless integration of materials and structures to meet aerospace vehicles' functional requirements in harsh environmental conditions.

Additive Manufacturing Technologies

Additive manufacturing (e.g., The aerospace field now frequently uses 3D printing technology to create refractory high-entropy alloys, ceramics, and shape-memory alloys which enable quick formation of complex structures with integrated functionalities.

Nanotechnology and Surface Coating

Our nanotechnology improves composite materials by increasing their mechanical strength and enhancing their ability to resist corrosion. The application of our surface coating technologies including polyurethane coating systems boosts both the corrosion resistance and aerodynamic performance of aircraft.

Material Characterization Technologies

Advanced methods including electron microscopy and X-ray diffraction paired with spectroscopy enable us to study and comprehend material properties at microscopic scales.

Additive Manufacturing Technologies

Sensors and data analytics allow us to continuously monitor the performance and condition of materials and components during operation which facilitates proactive maintenance and enhances safety.

Our Solutions

Fig.4 Our carbon fiber reinforced composites materials R&D services.

Carbon Fiber Reinforced Composites Materials R&D Services

Fig.5 Our advanced thermoplastic materials R&D services.

Advanced Thermoplastic Materials R&D Services

Fig.6 Our bonding and caulking solutions.

Bonding and Caulking Solutions

Fig.7 Our lightweight control of components services.

Lightweighting Control of Components ServicesMaterials

Fig.8 Our friction and wear resistance testing services.

Friction and Wear Resistance Testing Services

Fig.9 Our high-temperature mechanical properties testing services.

High-temperature Mechanical Properties Testing Services

Benefits From Our Advanced Materials-Based Aerospace Solutions

With our advanced materials-based aerospace solutions, clients receive significant performance enhancements and cost benefits, including:

Enhanced Properties: New materials that have better strength-to-weight ratios produce better aircraft performance and higher fuel efficiency.

Improved Reliability: Our materials maintain performance under harsh conditions which provides enhanced reliability and safety for aerospace applications.

Customization: Our tailored solutions satisfy unique project demands which enable clients to address the specific challenges present in their aerospace applications.

Sustainability: Our environmentally friendly materials and processes assist clients in lowering their environmental impact while ensuring they meet sustainability regulations.

Innovation: Clients maintain a competitive edge and achieve program innovation through our integration of advanced materials and technologies.

With expertise and a commitment to excellence, CD BioSciences-Advanced Materials is dedicated to providing superior advanced materials development and testing services to laboratories and high-end manufacturing industries. If you are interested in our services and products, please feel free to contact us for a formal quote.

For Research or Industrial Raw Materials, Not For Personal Medical Use!