Offering highly reliable detection of air bubbles in medical dosing applications, the acclaimed range of air-in-line (AIL) sensors from Morgan Advanced Materials has been extended to provide two new capabilities in line with demand from medical original equipment manufacturers (OEMs).
Morgan Advanced Materials has developed a new, lighter weight, metallised current collector strip, based on proprietary material technology, which is set to bring a wide range of benefits for the rail sector.
Autocam, a wholly owned group of NN Inc., manufactures precision components for many high tech end markets. One of their specialties is complex metal components for emerging fuel system technologies. Because of the critical role that these parts play in transportation safety, inspection and measurement systems are used throughout the production floor, performing in-process quality inspection.
Maxwell Technologies announced, the ultracapacitors powered voltage stabilization system (VSS) of Continental Automotive will be a standard feature on 2016 Cadillac ATS and CTS sedans and ATS coupes, excluding the ATS-V, CTS-V and CT6 models.
The Thermal Ceramics business of Morgan Advanced Materials has developed a versatile fibre, Superwool® Sealcoat™ HT, which is suitable for use in nearly a dozen furnace lining applications. From primary liner to emergency repairs, and backup insulation to patching, the mastics are a perfect complement to Morgan’s range of fiber and dense refractory materials.
Two major projects undertaken by IMI Critical Engineering are helping to optimise performance and output at one of South America’s largest power plants. The Mejillones facility, located on the Chilean coast in the country’s Antofagasta region, has produced power from a combination of coal, diesel oil and natural gas since its establishment in 1995, with an annual output of around 3 million megawatts. One of its key roles is in the provision of power to many of the mining facilities in the region, making unscheduled interruptions highly undesirable.