AI HR Solutions: Top Networking LinkedIn Groups for LinkedIn Hiring Excellence in 2026

This group is dedicated to those interested in ceramic matrix composites (CMCs), metal matrix composites (MMCs) and carbon/carbon composites (CCCs), which are not adequately covered in other composites groups, which focus almost entirely on polymer matrix composites. CMCs, MMCs and CCCs are of increasing importance in a wide range of engineering applications, such as optomechanical systems, aircraft gas turbine engines, glass-making equipment,furnaces, and many others.

For admission to the Bodycote Thermal Processing Forum, please ensure your LinkedIn profile contains some reference to thermal processing, heat treatment, or a related method ofsurface treatment. This forum also welcomes metallurgists and other engineering professionals from the automotive and aerospace industries. Keywords: heat, heat treat, steel, stainless steel, metallurgy, hot isostatic pressing (HIP), nitriding, Nadcap, carburizing, induction heating, electron beam welding (EBW) For those interested in HIP, please join the Hot Isostatic Pressing Group at: http://www.linkedin.com/groups?about=&gid=3169217&trk=anet_ug_grppro ***Please note Bodycote plc does not endorse any companies or products that may be posted in the jobs or discussion areas.***

We predominantly service medical, automotive, hand/power tools, aerospace and defense products industries. Given the right application, MIM process can save significant costs on your small intricate steel parts. MIM will partner with you at conceptualizing, designing and the implementation stages.injection molding (MIM) offers several advantages over other production technologies. The MIM technology has progressed substantially over the past 25 years and the maturity of the technology is demonstrated by the growing number of components, alloys, size and complexity now on offer. The metal injection molding (MIM) process offers the following advantages: • Cost-effective manufacture of high volume complex parts(components can be created with complex features such as cross-drilled holes, threads and fins, without any secondary machining ). • MIM parts are near fully dense, which gives excellent mechanical,magnetic,corrosion and hermetic sealing properties, and allows secondary operations like plating,, and machining to be easily performed. • Reduced production time compared with investment casting, machining etc. • Net-shape manufacture with minimal material waste: more significant as materials costs rise. • Mechanical properties superior to castings and other PM parts reflecting fine particle size and high sintered density. • Properties equivalent to wrought alloys. • Wide range of pre-alloys and master alloys available. • Minimum of finishing operations

Established in 1933, MTI is a nonprofit trade association made up of commercial heat treaters, captive heat treaters and supplier members located in 40 states and 8 countries. MTI provides business services to its members in the areas of financial benchmarking, safety, training and education, information resources and networking (live/online). Through our live meetings and online community, MyMTI, members can connect with people and information instantaneously.

For over 25 years, NITREX METAL is a leading developer and provider of automated turnkey nitriding/nitrocarburizing systems for the aerospace, automotive, machinery, gear manufacturing, tool and die, and commercialindustries. TRADEMARKS • NITREG® Potential-Controlled Gas Nitriding • NITREG®-C Potential-Controlled Gas Nitrocarburizing (FNC process) • ONC® In-process Post-Nitriding/Nitrocarburizing Oxidation • NITREG®-S Potential-Controlled Nitriding of Stainless Steel • NANO-S™ Potential-Controlled Nitriding of Stainless Steel with better corrosion resistance • NITREG®-Ti Potential-Controlled Nitriding of Titanium Alloys

Metal, Ceramic, Brazing, Heat Treating & Brazing processing