Industry News | 2008-04-07 22:04:17.0
RANCHO CUCAMONGA, CA � March 11, 2008 � Aqueous Technologies Corp. announces that it will introduce the Trident, its fourth-generation automatic defluxing system, in distributor Shanghai Jamron Electronic Engineering booth number 2E02 at the upcoming NEPCON China/EMT China 2008 exhibition and conference - scheduled to take place April 8-11, 2008 in Shanghai, PR China.
Industry News | 2008-04-08 22:28:09.0
RANCHO CUCAMONGA, CA � April 2, 2008 � Aqueous Technologies Corp. announces that Trident, its fourth-generation automatic defluxing system, was named as a first finalist in both the Cleaning Systems and Environmentally Friendly Products/Services categories during the VISION Awards announcement ceremony that took place Wednesday, April 2, 2008 in Las Vegas during APEX 2008.
Industry News | 2008-04-09 14:22:49.0
RANCHO CUCAMONGA, CA � April 2008 � Aqueous Technologies Corp. announces that Trident, its fourth-generation automatic defluxing system, received an EMAsia Innovation Award in the Cleaning Equipment category during an awards ceremony that took place April 9, 2008 ceremony at The Foyer outside the Grand Ballroom of the Shanghai Everbright International Hotel during Nepcon China 2008.
Industry News | 2008-09-12 03:22:07.0
RANCHO CUCAMONGA, CA � September 2008 � Aqueous Technologies Corp. announces that it will exhibit the Trident, its fourth-generation automatic defluxing system, in booth 411 at the upcoming IPC Midwest Conference & Exhibition, scheduled to take place September 24�25, 2008 at the Renaissance Schaumburg Hotel & Convention Center.
Industry News | 2009-03-18 15:00:31.0
RANCHO CUCAMONGA, CA � March 2009 � Aqueous Technologies Corp. announces that it will exhibit the Trident Duo, its fourth-generation automatic defluxing system, in booth 2247 at the upcoming IPC/APEX conference and exhibition, scheduled to take place March 31-April 2, 2009 in Las Vegas.
Industry News | 2009-10-26 15:51:24.0
RANCHO CUCAMONGA, CA — October 2009 — Aqueous Technologies Corp. announces the video release of “Why and How We Build Trident.” The Trident Series represents the next generation of lead-free compatible, fully automatic post-reflow defluxing systems.
New Equipment | Solder Materials
Introducing LF-4300 (lead-free) and 4300 (tin-lead), two revolutionary synthetic solder pastes that offer such unparalleled versatility and forgiveness, we still don’t believe it. Both the LF-4300 and the 4300 offer true multi-process capabilities,
Industry News | 2009-08-28 12:31:35.0
RANCHO CUCAMONGA, CA — August 2009 — Aqueous Technologies Corp. announces that it will feature its Trident III automatic defluxing and cleanliness testing system, along with its Zero-Ion G3 in booth 411 at the upcoming IPC Midwest Conference & Exhibition, scheduled to take place September 23-24, 2009 at the Renaissance Schaumburg Hotel & Convention Center in Schaumburg, IL.
Industry News | 2009-09-17 14:45:06.0
RANCHO CUCAMONGA, CA — September 2009 — Aqueous Technologies Corp. announces that it will feature its Trident III automatic defluxing and cleanliness testing system, along with its Zero-Ion G3 in booth 408 at the upcoming SMTA International, scheduled to take place October 6-7, 2009 at The Town and Country Resort and Convention Center in San Diego, CA.
Technical Library | 2023-02-13 18:56:42.0
This paper describes the results of an intensive whisker formation study on Pb-free assemblies with different levels of cleanliness. Thirteen types of as-received surface-mount and pin-through-hole components were cleaned and intentionally contaminated with solutions containing chloride, sulfate, bromide, and nitrate. Then the parts were assembled on double-sided boards that were also cleaned or intentionally contaminated with three fluxes having different halide contents. The assemblies were subjected to high-temperature/high-humidity testing (85_C/85% RH). Periodic examination found that contamination triggered whisker formation on both exposed tin and solder fillets. Whisker occurrence and parameters depending on the type and level of contamination are discussed. Cross-sections were used to assess the metallurgical aspects of whisker formation and the microstructural changes occurring during corrosion.
