Lucas-Milhaupt Brazing Experts
Recent Posts
Joining Aluminum to Copper Video
Posted by
Lucas-Milhaupt Brazing Experts on Mar 14, 2013
In about four minutes, this new technical video from Lucas-Milhaupt will walk you step-by-step through this brazing process. We'll address procedures and alloy options that will help you successfully braze copper and aluminum components. Watch for the definition of a perfect joint gap! We'll share ...
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Interfacial Corrosion
Posted by
Lucas-Milhaupt Brazing Experts on Mar 7, 2013
Interfacial Corrosion The situation: When brazing stainless steel with flux, subject to a damp environment, you notice rust-like spots around the periphery of the braze metal. Rapid corrosion may begin within two days or even as soon as two hours. The brazing filler metal may eventually peel away ...
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Topics: Brazing Fundamentals
Torch Brazing Copper to Steel with Handy One®
Posted by
Lucas-Milhaupt Brazing Experts on Feb 15, 2013
Traditional Braze Alloy and Flux Paste vs. Flux-cored Brazing Products In less than five minutes, this technical video clip below from Lucas-Milhaupt will show you the Handy® way to improve your process for brazing copper to steel. Handy One® flux-cored products offer these benefits: No separate ...
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Capillary Action Video
Posted by
Lucas-Milhaupt Brazing Experts on Feb 8, 2013
Welcome to our first video of 2013, featuring capillarity. We know the importance of capillary action in the brazing process. This scientific phenomenon allows molten alloy to be drawn into the joint between two metal parts. Our three-minute video will show you what capillary action is and how it ...
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AWS Specifications and Classifications
Posted by
Lucas-Milhaupt Brazing Experts on Dec 18, 2012
AWS Specifications and Classifications The American Welding Society (AWS) is a nonprofit organization whose purpose is to support the growth of knowledge and technological advances in the field of brazing and other forms of metal joining. They have put into place a list of standards and ...
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Topics: HVAC/R
Calculating Ring Volume
Posted by
Lucas-Milhaupt Brazing Experts on Nov 21, 2012
Importance of Ring Volume One factor that may impact the strength of a brazed joint is the depth of alloy penetration into the joint. If an operator does not apply enough alloy to the assembly, the final part will not have the ideal strength and/or leak tightness characteristics for a brazed joint. ...
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Topics: Brazing Tips
Alloy Consumption Savings with Handy One
Posted by
Lucas-Milhaupt Brazing Experts on Nov 6, 2012
Reducing Alloy Consumption The use of flux-cored braze products (both in wire feed and ring form) can significantly reduce the alloy consumption for each braze joint. Lucas-Milhaupt Handy One® silver brazing products are an industry staple, improving manufacturing processes and cost containment for ...
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Topics: Brazing Tips
Vacuum Tube Grade Brazing Alloys
Posted by
Lucas-Milhaupt Brazing Experts on Oct 16, 2012
High-Purity Brazing Alloys Although the final properties of the brazed joint depend on a number of factors, in most cases the use of VTG alloys, allowed for manufacturing of strong and ductile joints, are hermetically sealed. Further benefits of using VTG alloy, depending on application and service ...
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Topics: High Purity Vacuum Tube Grade, Furnace
Designing Braze Joints at Temperature
Posted by
Lucas-Milhaupt Brazing Experts on Oct 8, 2012
Braze Joint Design Lucas-Milhaupt serves a wide variety of manufacturers brazing metals. On a daily basis, we see examples of proper braze joint design that yield high-quality, strong joints and good parts. We also observe how improper design can produce weak joints, voids, and ultimately, scrap. ...
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Topics: Brazing Fundamentals
Capillary Action in Brazing
Posted by
Lucas-Milhaupt Brazing Experts on Sep 28, 2012
Capillarity Capillarity is defined as movement of a liquid along the surface of a solid caused by the attraction of molecules in the liquid to the molecules of the solid. Experiment Let's head to the lab, where we will conduct several experiment depicting successful capillary action, then ...
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Topics: Brazing Fundamentals, Brazing Tips