Alpha to Feature New Material Set Combinations at SMTA Atlanta Expo


Reading time ( words)

Alpha Assembly Solutions, the world leader in the production of electronic soldering and bonding materials, will feature its new material set combinations at the upcoming SMTA Atlanta Expo to be held April 19th at the Infinite Energy Center. 

The material set combinations include paste, tacky flux, cored wire, and wave soldering flux that are tested with one another to achieve greater reliability.  “Reliability is a critical issue for our customers, and Alpha has done the testing necessary to demonstrate which material pairings will produce the greatest reliability,” said Rossi English, District Sales Manager for the Southeast.  “This relieves the customer from much of the trial and error that occurs with specific electronics assembly processes.”. 

Alpha, a part of the MacDermid Performance Solutions group of businesses, will also showcase its portfolio of innovative materials and solutions for the electronics assembly industry, and its ALPHA® Recycling Services capabilities. 

About SMTA

The Surface Mount Technology Association (SMTA) is an international network of professionals who build skills, share practical experience and develop solutions in electronic assembly technologies, including microsystems, emerging technologies, and related business operations.

About Alpha Assembly Solutions

Alpha Assembly Solutions, a MacDermid Performance Solutions Business, is the global leader in the development, manufacturing and sales of innovative specialty materials used in a wide range of industry segments, including electronics assembly, power electronics, die attach, LED lighting, photovoltaics, semiconductor packaging, automotive and others. 

With a unique global presence in over 30 locations throughout the Asia Pacific, Americas and Europe regions, Alpha supplies a full line of ALPHA® electronics assembly material products, including Solder Paste, Exactalloy® Solder Preforms, Cored Solder Wire Solder, Wave Soldering Fluxes, Bar Solder Alloys, and Stencils.  It offers die attach product technologies to the power electronics segment in its Argomax®, Atrox™ and Fortibond™ brands. 

For the LED segment, Alpha offers its Lumet™ products covering applications from die attach to systems assembly in the LED manufacturing process.  Alpha also offers product technologies for the Photovoltaic segment, including high performance liquid fluxes and solder alloys for producing standard ribbon and bus bar, as well as, solder pastes, cored wire, conductive adhesives and preforms for use in PV module assembly. Also, Alpha’s Advanced Materials unit is the leader in electronic polymers and solder materials for semiconductor packaging applications. 

 Since its founding in 1872, Alpha has been committed to developing and manufacturing the highest quality specialty materials.  For more information, click here

Share

Print


Suggested Items

Comparing Soldering Results of ENIG and EPIG Post-steam Exposure

09/11/2019 | Jon Bengston and Richard DePoto, Uyemura International USA
Electroless nickel immersion gold (ENIG) is now a well-regarded finish used to enhance and preserve the solderability of copper circuits. Electroless palladium immersion gold (EPIG), meanwhile, is a new surface finish also for enhancing and preserving solderability—but with the advantage of eliminating electroless nickel from the deposit layer. This feature has become increasingly important with the increasing use of high-frequency PCB designs whereby nickel’s magnetic properties are detrimental.

Solder Mask Evolves into a Truly Additive Process

09/09/2019 | John Fix, Taiyo America Inc.
The 5G era is creating quite a bit of work for many PCB engineers as the materials required to keep up with the speed, frequency, and latency requirements need to be defined and qualified. Solder mask, for example, now becomes a truly additive process. Read on to find out how and why.

Selecting the Proper Flex Coverlayer Material

09/06/2019 | Dave Lackey, American Standard Circuits
Coverlayers are polymer materials used to cover and protect the copper traces of the flex circuit product. There are a number of different options available for protecting the circuits, and they serve different design requirements in terms of cost, performance, and flexural endurance optimization. When specifying the choice, it is critical to call out not just the type of coverlayer material but also the thickness requirement. This can be very important in certain types of constructions, especially when a flex circuit will experience dynamic flexing during use.



Copyright © 2019 I-Connect007. All rights reserved.