Products & Services

See also: Categories | Featured Products | Technical Articles | More Information

Conduct Research Top

  • Understanding the Design and Engineering of Gas Turbine Nozzle Assemblies
    Gas turbine nozzle components are some of the most highly engineered parts manufactured anywhere. They need to survive high temperatures, corrosive atmospheres, vibration and centrifugal forces, and the challenges are growing as gas turbine manufacturers push for higher temperatures and speeds
  • An Introduction to Making Gas Turbine Nozzle Assemblies
    The combustion gases expelled from a gas turbine will quickly erode and can even melt most steels. For internal components to survive in such an environment, they are investment cast in nickel-based superalloys, precision machined and carefully inspected. Here's an introduction to their function
  • Maintenance and Repair of Gas Turbine Nozzle Assemblies
    Nozzle assembly components don't last long in the challenging environment inside a gas turbine engine. Thermal cycling causes fatigue, high temperatures cause creep, and corrosive gasses erode precisely machined surfaces. If not monitored closely and inspected regularly parts can fail
  • Introduction to Impro's Total Manufacturing Solutions for Gas Turbine Nozzle Assemblies
    The components at the heart of a gas turbine are engineered to handle the most challenging environments imaginable. Impro is proud to offer a total solution for such parts, from investment casting, through machining to inspection. Read our recent blog to learn more.
  • Southwest Turbine: Innovative Customer Service Through Integrated Manufacturing Technology
    Southwest Turbine designs, manufactures and repairs replacement gas turbine (jet) engine parts for small to medium turboprop and turbofan commercial aircraft engines. Its customers include regional air cargo carriers, commuter airlines, aircraft leasing companies, and engine maintenance companies
  • Do You Know the Five Major Applications of Silicon Nitride Ceramics?
    the existing type, with fewer components, and operating at a higher turbine inlet temperature and component load. Its reliability and component life will also be improved. Turbine materials must meet the requirements in terms of tensile strength, creep resistance, high temperature corrosion resistance
  • Application Note: Determination of Titanium Alloys with OE750
    to saltwater. Titanium and its alloys are also used in airframe forging, tubing and tankage components, gas turbine compressor components, and rockets where strength, low weight, and resistance to high temperatures are essential.
  • Case Study: Customer Profile: Meyer Tool
    Gas turbine engines may not be something we think about, but they touch our lives every day powering aircraft, trains, ships and electrical generators. These engines - built by industrial giants including General Electric and Pratt & Whitney - require hundreds of components from high-tech suppliers

More Information Top

Lock Indicates content that may require registration and/or purchase. Powered by IHS Goldfire