Industry Directory | Manufacturer
AIM is a leading global manufacturer of solder assembly materials for the electronics industry.
Industry Directory | Manufacturer
The UK's largest producer of ultra pure solder alloys for the electronics assembly and HASL industry across Europe.
New Equipment | Solder Materials
FCT Assembly Fluxes are designed to be used with both SN100c and SAC305 alloys. By combining our latest flux tecnologies with SN100c, FCT Assembly has an advantage over all other suppliers in paste, wire and flux. FCT Assembly Flux Comparisons:
New Equipment | Solder Materials
FCT Solder has positioned itself as a leader in lead-free solder products. As a licensee of Nihon Superior’s patented technology, we manufacture and sell the leading lead-free alloy, SN100C. FCT Solder is the original licensee of Nihon Superior’s tec
Electronics Forum | Tue Jun 27 08:38:03 EDT 2006 | cuculi54986@yahoo.com
I tried some SN100C from AIM... On only one array. It flowed well on the chips but did not like the finish on the SOT23's on the board. I did not have enough arrays to mess around, so we switched it over to SAC305 and had no issues. I'm guessing w
Electronics Forum | Fri Mar 03 13:44:36 EST 2006 | Jon Provost
We switched to Sn100C on 2 waves and kept one with SAC305. The SAC305 will be converted to SN100C as soon as the Aim rep. delivers it next week.
Industry News | 2010-09-14 17:20:46.0
Nihon Superior Co. Ltd., a supplier of advanced soldering materials to the global market, has released a video demonstrating the results of an evaluation comparing the wettability and spreadability of SN100C and SAC305 solder alloys on stranded wire.
Industry News | 2010-09-01 21:50:50.0
Nihon Superior Co. Ltd., a supplier of advanced soldering materials to the global market, announces that SN100C wets and spreads faster than SAC305.
Technical Library | 2008-03-31 21:35:36.0
While the situation varies from country to country, nearly one year after the EU RoHS Directive came into force implementation of lead-free solder is progressing steadily. For lead-free soldering to be considered successful it is not sufficient just to have dealt with the challenges of mass production. It is also necessary to establish that the soldered joints produced are at least as reliable as those made with Sn-37Pb alloy. In this context "reliability" means the length of time in service that the initial functionality of the joint can be maintained. In this paper we will discuss some of the issues involved in solder joint reliability through a comparison of the properties of two alloys that are widely used for lead-free wave soldering, SAC305 (Sn-3.0Ag-0.5Cu) and the Sn, Cu, Ni, Ge alloy SN100C.
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High Reliability Lead-free Solder SN100C(Sn-0.7Cu-0.05Ni+Ge) High Reliability Lead-free Solder SN100C(Sn-0.7Cu-0.05Ni+Ge) While the situation varies from country to country, nearly one year after the EU RoHS Directive came into force
