BS 2 S130D AMS 5646 

IST AG offers ESCC qualified thin-film Pt temperature sensors, applicable from -200 ° C to +200 ° C. The sensors provide stable measuring results at 70,000 cycles from -200 ° C to +200 ° C, which proves that the sensors are resistant against thermal cycles. The temperature coefficient of resistance (TCR) remains very stable, also the sensors proved a high stability regarding drift. Further advantages of the sensors are the small size (L x W x H: 2.3 x 2.0 x 1.1 mm), the light weight and the robustness due to the lack of moving parts. IST AG is the first, and currently also the only supplier providing ESCC qualified Pt temperature sensors. The RTDs are available with different resistances ranging from Pt100 to Pt2000. They are offered with tolerance class B (IEC 60751 F0.3). The temperature sensors are available both as Engineering Model (EM) or as Flight Model (FM). We also offer customization of the sensors, e.g. extended wires (with an ESCC qualified wire).

STEEC is a first class supplier to major contractor in the aerospace industry in France and in export such as Thales Alenia Space, Airbus Defense and Space etc.… The company manufacturers parts which are installed directly on satellites in particular. This field of activity makes use of all the technical know-how of STEEC, whether in spark erosion, laser cutting or micro-machining on centres… The company is regularly audited by the quality services of its customers in the aerospace sector. Moreover, these audits have given rise to certifications and homologations such as that of subcontractor for Major Thales Alenia Space.

In the aerospace industry we specialize in the production of rolled aluminum plate and sheet materials for fuselage and wing structure components according to standard or customized specifications. The aerospace industry is building new aircraft to accommodate a growing number of air passengers and to replace older, less efficient planes with newer, more fuel-efficient models. Aluminum offers a high strength-to-weight ratio, energy efficiency, and high tolerance to extreme temperatures- making it an ideal material for the manufacturing of aircraft. It can also be recycled repeatedly, making it a good choice as manufacturers pursue sustainability initiatives. We have introduced new low-density alloys that represent an innovative step forward for aluminum in aerospace. Weight-savings from these new alloys translate into fuel efficiency and lower operating costs for the airline industry.

CMOS detector for ultra-high resolution imaging which meets aerospace standards! Ultra-high resolution Brilliant results thanks to 19 μm pixel pitch Time to image Increased productivity through fast processing Compact design Versatile positioning options and universally applicable Most important features Because of its compact design, the detector is ideal for small tubes, and it can also be positioned in hard-to-reach places or even inside an object. In order to provide for efficient performance in a harsh test environment, the detector is equipped with a durable aluminum casing, and its active area of 36x26 mm is protected by a strong carbon layer.