New Equipment | Solder Materials
We manufacture both solder preforms and pad repair kits. Our geometries are available starting at 25um and up in SnAg, SnPb, Cu and Au, Ag and other finishes.
New Equipment | Solder Materials
We offer Lead Free Solder Wire and Halogen Free Solder Wire; OEM service is available. Alloy / FLUX F4 F10 Sn/Cu v v Sn/Ag v v
Electronics Forum | Fri Oct 08 08:26:03 EDT 1999 | Carol Zhang
| | | I have a board, 4 spacers needed to be soldered on the board | | | first with the normal 62Sn37Pb alloy. Then, capacitors are manually soldered on the boards. The density of the board is quite high. If we wave soldered capacitors first, ther
Electronics Forum | Thu Oct 07 16:57:02 EDT 1999 | Glenn Robertson
| | I have a board, 4 spacers needed to be soldered on the board | | first with the normal 62Sn37Pb alloy. Then, capacitors are manually soldered on the boards. The density of the board is quite high. If we wave soldered capacitors first, there wi
Industry News | 2016-05-21 07:36:35.0
SHENMAO Bumping Solder Paste PF608-PI-21 (Sn/Ag4.0/Cu0.5/x) and PF606-P-BS1 (Sn/Ag3.0/Cu0.5/x) aim to decrease voids in wafer bumping process. SHENMAO MICRO MATERIAL INSTITUTE applications engineers focused on developing the Bumping Solder Paste Formula with excellent stencil printing transfer rate and the lowest Void to optimize manufacturing process performance. The world’s largest IC Packaging and Test Service OSAT utilize SHENMAO Bumping Solder Paste in production.
Industry News | 2016-07-07 14:47:47.0
SHENMAO Bumping Solder Paste PF608-PI-21 (Sn/Ag4.0/Cu0.5/x) and PF606-P-BS1 (Sn/Ag3.0/Cu0.5/x) aim to decrease voids in wafer bumping process. SHENMAO MICRO MATERIAL INSTITUTE applications engineers focused on developing the Bumping Solder Paste Formula with excellent stencil printing transfer rate and the lowest Void to optimize manufacturing process performance. The world’s largest IC Packaging and Test Service OSAT utilize SHENMAO Bumping Solder Paste in production.
Technical Library | 2024-06-23 21:57:16.0
Two extremes of reflow time scale for copper pillar flip chip solder joints were explored in this study. Sn-2.5Ag solder capped pillars were joined to laminate substrates using either conventional forced convection reflow or the controlled impingement of a defocused infrared laser. The laser reflow joining process was accomplished with an order of magnitude reduction in time above liquidus and a similar increase in solidification cooling rate. The brief reflow time and rapid cooling of a laser impingement reflow necessarily affects all time and temperature dependent phenomena characteristic of reflowed molten solder. These include second phase precipitate dissolution, base metal (copper) dissolution, and the extent of surface wetting. This study examines the reflow dependent microstructural aspects of flip chip Sn-Ag joints on samples of two different size scales, the first with copper pillars of 70μm diameter on 120μm pitch and the second with 23μm diameter pillars on a 40μm pitch. The length scale of Pb-free solder joints is known to affect the Sn grain solidification structure; Sn grain morphology will be noted across both reflow time and joint length scales. Sn grain morphology was further found to be dependent on the extent of surface wetting when such wetting circumvented the copper diffusion barrier layer. Microstructural analysis also will include a comparison of intermetallic structures formed; including the size and number density of second phase Ag3Sn precipitates in the joint and the morphology and thickness of the interfacial intermetallics formed on the pillar and substrate surfaces.
Technical Library | 2013-10-17 17:46:01.0
Although several commercial and experimental Pb-free solder alloys are available as replacements for Sn-Pb solders, the following families of solders are of particular interest and are the prevailing choices of industry: eutectic Sn-Ag, eutectic Sn-Cu, eutectic Sn-Zn, eutectic Bi-Sn, and Sn–In. Since the properties of the binary Pb-free solders cannot fully meet the requirements for applications in electronic packaging, additional alloying elements are added to improve the performance of these alloys. Thus, ternary and even quaternary Pb-free solders have been developed, such as Sn-Ag-Cu, Sn-Ag-Bi, and Sn-Zn-Bi solder...
Product name: Halogen Free Lead Free Solder Wire Product code: E9650-HF961 Alloy composition: Sn/Ag3.0/Cu0.5 Diameter: 0.2mm, 0.6mm, 0.8mm, 1.0mm, 1.2mm, 1.6mm Packing: 500g/reel, 1kg/reel (10kg/box) Price: Contact us for best price Features:
Career Center | Phoenix, Arizona | Engineering,Management,Production,Quality Control,Research and Development,Sales/Marketing,Technical Support
• Highly motivated, solution oriented professional with proven record synergizing scientific, engineering, and business administration backgrounds to drive and sustain customer satisfaction and long term improvements. • Articulate communicator that a
Career Center | , District of Columbia | Engineering,Management,Production,Sales/Marketing
• Strong technical leadership and decision-making skills; strong verbal and written communication skills to provide clear, crisp direction for key issue resolution; and good team skills to facilitate cross-functional cross -site team effectiveness.
SMTnet Express, March 10, 2016, Subscribers: 24,118, Companies: 14,735, Users: 39,803 Acceptance Testing Of Low-Ag Reflow Solder Alloys Kris Troxel, Aileen Allen, Elizabeth Elias Benedetto, Rahul Joshi; HP Inc. Since the implementation
SMTnet Express, October 17, 2013, Subscribers: 26325, Members: Companies: 13458, Users: 35281 Corrosion Resistance of Pb-Free and Novel Nano-Composite Solders in Electronic Packaging by L.C. Tsao; National Pingtung University of Science
winsouce.jpg)
