Lite Fast 2081, a UV encapsulant, was specifically developed to relieve the stress placed on toroidal coils or electronic components that will experience pressure during the molding process. With a durometer Shore D hardness of 5, the UV encapsulant
New Equipment | Cleaning Equipment
Aqueous and Semi-Aqueous PCB Cleaning Systems The MicroJet™ Inline cleaning System with Progressive Energy Dynamics™ provides the highest level of SMT cleaning available on the market today. Progressive Energy Dynamics (PED™) is a proprietary spray
Electronics Forum | Mon Aug 31 12:37:39 EDT 2009 | rocko
Hi All, As a result of equipment damage I have a problem with a cleanliness of printed circuit assemblies. One whole production batch was polluted by ionic residues because a large amount of hard water had been penetrated in the water-supply system
Electronics Forum | Tue Oct 27 07:09:37 EDT 2015 | prameel_84
Hi Everyone, I got an approval to buy a Ionic Contamination Tester in my company, hence i require expert advise to proceed further for machine procurement At present I've fixed for Zero-Ion G3 Ionic Contamination of Aqueous Technologies and SMD V T
Industry News | 2009-10-22 12:44:35.0
RANCHO CUCAMONGA, CA — October 2009 — Aqueous Technologies Corp. announces the video release of the Zero-Ion Ionic Contamination (Cleanliness) Tester. The Zero-Ion G3 represents the next generation of ionic contamination testing systems.
Industry News | 2008-03-20 15:59:15.0
Rancho Cucamonga, CA - March 2008 � Aqueous Technologies Corp. announces that it will feature the Zero-Ion Ionic Contamination (Cleanliness) Tester, which is designed to test electronics assemblies for ionic contamination, in booth 2431 at the upcoming APEX 2008 exhibition and conference scheduled to take place April 1-3, 2008 in Las Vegas.
Technical Library | 2023-04-17 21:37:32.0
Ionic contamination is a leading cause in the degradation and corrosion of electronic assemblies, leading to lifetime limitation and field failure (Fig. 1). Ionic residue comes from a variety of sources shown in Fig. 2 opposite: Examples of ionic contaminants: * Anions * Cations * Weak Organic Acid
Technical Library | 2016-07-07 15:37:18.0
How susceptible are the metals used in modern electronics manufacturing to corrosion by common beverages? This is a question of interest, especially to manufacturers, retailers and to a certain extent end customers. In this study the dissolution of aluminum, copper, gold, iron, lead, nickel, SAC305 solder, silver, tin and zinc was examined. Individual foils of these materials were fully immersed in one of sixteen chosen beverages and heated for 3 days at 40°C. The resulting solutions were analyzed using ICP-OES. The data were examined in light of the known pH, conductivity and ionic contents of the beverages, determined in previous work. Conclusions about the relative susceptibility to corrosion of the various metals and the corrosive power of the different beverages are made.
Career Center | Milpitas, California USA | Engineering,Production,Quality Control,Research and Development,Technical Support
Winslow Automation, Inc. (aka Six Sigma), an industry leader in electronic component interconnect technology & related test and failure analysis services, is seeking individuals specializing in materials lab testing to join our team. We have openin
| https://www.eptac.com/soldertip/soldertips-solderability-issues-with-nickle-plated-surfaces/
: Wave Soldering Insufficient Fill and Voids in PTH SolderTip #37: Through Hole Soldering of Thick PCBs SolderTip #38: Clean vs No-Clean Fluxes SolderTip #39
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