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Friday 12/02/2005 9:59:37am Name: E-Mail: Homepage Title: Homepage URL: Referred By: Search Engine Location: Comments: Vacuum Brazing, one of the strongest bonding methods available for metal joining, provides a hermetically sealed, diffusion bonded joint area for machined, cast, formed and stamped parts and tubing. Because parts are processed in vacuum there is no need for post braze cleaning. Assemblies are bright and clean after vacuum brazing. Vacuum brazing is especially useful when minimal distortion is important. Simple and complex configurations of all sizes (up to 12 feet) can be joined. Customized braze runs, strict quality control procedures and prompt shipment of your parts help ensure satisfaction with every job. Metal Brazing is the joining of metals through the use of heat and a filler metal – one whose melting temperature is above 840°F(450°C) but below the melting point of the metals being joined. (A more exact name for the brazing process discussed in this book may be "silver brazing," since in most cases the filler metal used is a silver alloy. To remain brief, we'll use the term "brazing" throughout this book, with the understanding that we are referring to a torch brazing process with a silver-bearing filler metal. Where exceptions occur, it will be noted.) Brazing is probably the most versatile method of metal joining today, for a number of reasons. Brazed joints are strong. On non- ferrous metals and steels, the tensile strength of a properly made joint will often exceed that of the metals joined. On stainless steels, it is possible to develop a joint whose tensile strength is 130,000 pounds per square inch. ( 896.3 megapascal [MPa] ). Brazed joints are ductile, able to withstand considerable shock and vibration. Brazed joints are usually easy and rapidly made, with operator skill readily acquired. Brazing is ideally suited to the joining of dissimilar metals. You can easily join assemblies that combine ferrous with nonferrous metals, and metals with widely varying melting points. Brazing is essentially a one-operation process. There is seldom any need for grinding, filing or mechanical finishing after the joint is completed. Brazing is performed at relatively low temperatures, reducing the possibility of warping, overheating or melting the metals being joined. Brazing is economical. The cost- per-joint compares quite favorably with joints made by other metal joining methods. Brazing is highly adaptable to automated methods. The flexibility of the brazing process enables you to match your production techniques very closely to your production requirements. With all its advantages, brazing is still only one of the ways in which you can join metals. To use brazing properly, you must understand its relationship to other metal jointing methods. Aerospace Brazing Our personnel work with customers in determining their particular requirements and are available for technical assistance in metallurgy, vacuum heat treating, and aerospace brazing. Our aerospace brazing continues to drive our business to the next level. We offer aerospace brazing services in the form of solution annealing, precipitation hardening, stress relieve, harden and temper and homogenizing castings.

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