New Equipment | Solder Materials
With a variety of formulations for various wave soldering processes, MULTICORE brand high performance liquid flux technology is compatible with dual-wave and lead-free processes, delivering outstanding results. From no-clean to low-residue to VOC-f
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New Equipment | Industrial Automation
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Electronics Forum | Thu Jan 28 10:09:51 EST 1999 | Charles Stringer
| | | | Greetings, | | | | | | | | Can anyone tell me what temperatures pcb's should have when coming out of a forced convection reflow oven and out of a wavesoldering machine. | | | | Also, is there any danger of the pcb's giving off some kind of g
Electronics Forum | Tue Dec 07 16:34:54 EST 1999 | Russ
Wolfgang, I appreciate your continued feedback! The main reason that I shortened the Time Above Liquidous (TAL) was it appeared that I was burning off all of the flux from the paste. By shortening the TAL to 45 seconds and decreasing peak temp to
Industry News | 2025-06-09 16:11:46.0
SHENMAO America, Inc. has released two new high-performance solder pastes -- SH-0595-210 and SH-05X25-210 -- developed specifically to meet the demanding requirements of high-power component assembly. Engineered with cutting-edge flux chemistry and exceptional process stability, these pastes provide manufacturers with reliable solutions for applications such as die attachment and IGBT module production.
SMTnet Express, December 29, 2016, Subscribers: 30,326, Companies: 15,062, Users: 41,660 Partially-Activated Flux Residue Impacts on Electronic Assembly Reliabilities Yanrong Shi, Ph.D., Kyle Loomis, Jennifer Allen, Bruno Tolla, Ph.D.; Kester
| https://www.eptac.com/wp-content/uploads/2015/03/ecss_q_st_70_18c-space-product-assurance-rf-coax-cables.pdf
.........................................................................................................16 5.2.2 Flux.............................................................................................................17 5.2.3 Solvents......................................................................................................17 5.2.4
