Aerospace construction - Import export

Many of our customers are active in the aerospace industry. In this area, we offer test specimens made of aerospace metals like aluminum, titanium, or steel. All materials have been certified according to the relevant aerospace standards. Upon request, we will provide you with an authoritative certificate, including an acceptance test certificate (WAZ – CoC), positive material identification (PMI) and a production-related test report. Do your requirements include additional pre-treatment such as various anodizing processes (TSA or CAA) or electroplating, for instance cadmium or silver plating? We will be happy to meet your demands. After all, your satisfaction is particularly important to us.

High Endurance refers to a product or material that is designed to withstand prolonged use or exposure to harsh conditions without deteriorating or losing its performance. High-endurance products are typically engineered with superior durability, strength, and resistance to wear and tear. These products are commonly used in industries such as aerospace, automotive, military, and construction, where reliability and longevity are crucial. High-endurance materials can include advanced alloys, composites, coatings, and fabrics that are specifically formulated to withstand extreme temperatures, pressure, friction, corrosion, or other challenging environmental factors. The high endurance properties of these materials allow them to maintain their structural integrity and functionality over an extended period of time. They are often subjected to rigorous testing and quality control measures to ensure their ability to withstand demanding conditions.

Pioneering partnerships: Networking in our industry Siempelkamp actively contributes to the development of the industrial use of composite components with funding projects, cooperations with universities and industry partners as well as memberships in associations. Current R&D topics are for example: the manufacture of large-area structural components for the aerospace industry the integral construction approach, which combines several functions in one componen the further development of thermoplast forming for the industrial process the production of hybrid components made of ber reinforced plastic and metal for the automotive industry Through our active cooperation in associations, we are shaping the future of composite production. As a part of the competence network CFK Valley e.V., we contribute with our experience to the construction of presses for the practical application of ber composite and other lightweight construction technologies in the aircraft and automotive industry.

Lightweight construction material for highly stressed components in engine and turbine construction, aerospace technology and medical technology - design support, contract manufacturing, licensing