Removing the fear from the phrase, Aerospace Aluminum Brazing and Compliance, can be significantly simplified with increased knowledge, understanding and proper implementation of the requirements, as well as adherence to the required guidelines and checklists. However, we must first understand the differences between Aerospace Material Specifications (AMS) 2750E and Nadcap certification from a topical view. While the two normally form a synergistic bond, they must be separated in order to understand the fundamental differences between the two. For Aerospace aluminum brazing, this understanding is critical as most Nadcap inspectors require adherence to AMS 2750E, or a similar pyrometry specification, before granting consideration of your specific Aerospace-related processes. AMS 2750E is a pyrometry (temperature-driven) specification that employs procedures, timelines, calibration data, record archiving, System Accuracy Testing (SAT), Temperature Uniformity Surveys (TUS) and thermocouple guidelines and applications. Nadcap, on the other hand, is defined as a systematic approach of checkpoints that confirm proven control and repeatability of a given process for which approval is being sought. When an organization claims they are Nadcap accredited, it generally means that they may have been complying with AMS 2750E, AWS C3.7M/C3.2005 and, in some cases, AMS 2769B; however, they may also be complying with other internal customer specifications (this is dependent on the processes being run and ... Aerospace Aluminum Brazing and Compliance: Call Our Sales Team 800.727.7625 Ask for Mark, ext. 2512 Read the full technical article at www.IpsenUSA.com/AerospaceCompliance: www.IpsenUSA.com Certifications Ipsen’s multipurpose MetalMaster ® vacuum furnace is the perfect fit for your particular brazing applications, combining high-quality performance with proven technology that yields repeatable results. With more than 500 installations world- wide, the MetalMaster features … • A wide variety of sizes and configurations, including horizontal and vertical designs • Standard computer control systems, as well as specialized instrumentation, increased pumping capabilities and advanced material-handling systems • Five independent zones of control that provide the temperature uniformity necessary for high-grade Aerospace materials • Specially engineered heat exchanger and turbine blower for more efficient cooling ® AMS 2750E & Nadcap Meeting