MPS2SENS nitrous oxide

* Purity 99.9% ~ 99.9995% for various applications

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).

As you may already know, there are multiple ways out there to use nitrous oxide. In this blog we will address the different Effects and Uses of N2O. When it comes to restaurants or catering industry, chefs and kitchen staff use nitrous oxide at a foodgrade E942 as an aerosol propellant to make foam, appetizers, sauces, and whipped cream with food or drinks. Read this post and find out how a cream siphon is used in the preparation of creams and desserts. In addition to its use in the food industry and recreational settings, nitrous oxide can work as an effective sedative agent that, combined with oxygen, reduces anxiety in patients. Because it is welltolerated, it is considered a safe sedative in dentistry and medicine in general. Cooking with highlevel nitrous oxide As mentioned before, nitrous oxide’s primary use is in the kitchen, preparing various dishes with different techniques, such as the molecular kitchen.

The PPS Aerostrip provides a simple and convenient replacement for traditional pressure tapping or pressure-sensitive paint. It is a low profile, rapidly deployable air pressure sensing strip for aerodynamic measurement and surface optimization for motorsport and aerospace applications. The AeroStrip consists of an extremely thin strip of sensors that can be applied, and reapplied, non-destructively to test surfaces for pressure measurement due to reusable masked adhesive backing. It has comparable accuracy to pressure tapping in subsonic flow, but with a tiny fraction of the setup time and cost. With Aerostrip, you can quickly take non-destructive outside pressure measurements from control surfaces, live or in a wind tunnel, enabling faster turnaround and optimization of aerodynamic components.