Industry Directory | Manufacturer
Production and distribution of metal jointing materials for electronics (solder, flux, brazing alloys, etc) Sales of nonferrous metal Export-import business
Industry Directory | Manufacturer
Nihon has been a leader in soldering and brazing since 1966. Nihon manufactures SMT solder joining materials e.g. lead-free solder (SN100C:Sn-Cu-Ni-Ge etc): solder paste, solder spheres, flux cored solder wire, solder bar, etc.
New Equipment | Rework & Repair Equipment
The BEST EZReball™ process is the answer to your reballing problems. This BGA reballing process simplifies the process while eliminating the clean up of all those paper remnants, allowing for better yields and faster reballing times. The simplicity o
New Equipment | Solder Materials
eFlux Selection: Rosin Based Flux for Lead-Free Wave Soldering NS-F850. NS-F850 ensures excellent wetting of all PCB and component substrates to deliver maximum through hole fill and facilitates the solder drainage that ensures minimum bridges an
Electronics Forum | Tue Apr 29 07:12:49 EDT 2003 | Glen barden
Sn/Cu/Ni is introducted to me in wavesoldering lead free process. Around in our industry, we have a plenty of info. about SAC but not on this alloy. The distributor showed me some information about this alloy including less dross, more shiny /smoot
Electronics Forum | Fri Mar 22 14:19:38 EDT 2019 | gregcr
Thank you ProcEng1 Nordson sent me a flux suggestion list: No Clean: 1. Kester Select 10 2. ALPHA EF-2210 3. AIM FX-16 Water Sol: KESTER 2331-ZX Nozzle Tinning: SUPERIOR #75
Used SMT Equipment | Soldering Equipment/Fluxes
ERSA VERSAFLOW 4050 DUAL POT SELECTIVE SOLDERING SYSTEM Condition: Condition superior to inline with its age Manufacturer Description: The ERSA Versaflow is a fully automatic in-line selective soldering system operating within a nitrogen atmosp
Used SMT Equipment | Soldering - Wave
Exceptionally well maintained, leaded wave with Select X and large pcb capabilities The DeltaMax is an in-line automatic wave soldering machine, designed to solder printed circuit boards with through-hole and/or SMT components. PCB's are transporte
Industry News | 2016-06-22 15:33:28.0
Based on its recent analysis of the surface mount technology (SMT) reflow soldering equipment market, Frost & Sullivan recognizes Heller Industries, Inc. with the 2016 Global Frost & Sullivan Award for Growth Excellence Leadership. Heller Industries has made remarkable improvements to its product and technology portfolios over the last 10 years to emerge a top participant in the SMT reflow soldering equipment market.
Industry News | 2019-12-09 14:44:26.0
The SMT Reflow Soldering Equipment (Global) award was awarded to Heller Industries by Frost & Sullivan.
Parts & Supplies | Repair/Rework
main features The full-automatic BGA Ball Mounting machine PG-FA6800 is composed of IPC control system, high-speed 12 axis motion control system, high definition Vision inspection system, convenient operation system, and automatic orientation contr
Parts & Supplies | Repair/Rework
main features The full-automatic BGA Ball Mounting machine PG-FA6800 is composed of IPC control system, high-speed 12 axis motion control system, high definition Vision inspection system, convenient operation system, and automatic orientation contr
Technical Library | 2019-06-20 00:09:49.0
It is well known that during service the layer of Cu6Sn5 intermetallic at the interface between the solder and a Cu substrate grows but the usual concern has been that if this layer gets too thick it will be the brittleness of this intermetallic that will compromise the reliability of the joint, particularly in impact loading. There is another level of concern when the Cu-rich Cu3Sn phase starts to develop at the Cu6Sn5/Cu interface and an imbalance in the diffusion of atomic species, Sn and Cu, across that interface results in the formation at the Cu3Sn/Cu interface of Kirkendall voids, which can also compromise reliability in impact loading. However, when, as is the case in some microelectronics, the copper substrate is thin in relation to the volume of solder in the joint an overriding concern is that all of the Cu will be consumed by reaction with Sn to form these intermetallics.This paper reports an investigation into the kinetics of the growth of the interfacial intermetallic, and the consequent reduction in the thickness of the Cu substrate in solder joints made with three alloys, Sn-3.0Ag-0.5Cu, Sn-0.7Cu-0.05Ni and Sn-1.5Bi-0.7Cu-0.05Ni.
Technical Library | 2020-07-29 20:12:52.0
Aluminum is a metal that it is hard to solder due to the high surface tension difference between it and molten solder alloy. This occurs because aluminum rapidly forms a tenacious oxide layer whenever it is exposed to oxygen in the air. The oxide layer is responsible for the high surface tension difference between the aluminum and the solder and impedes the solder from spreading evenly on an aluminum surface. There are hundreds of aluminum alloys available in the marketplace; it is important to identify the form of aluminum that is being soldered. Once this is done, an appropriate soldering technique can be chosen for soldering the specific aluminum alloy under consideration. Direct aluminum soldering eliminates using expensive plating techniques to prepare the aluminum surface for soldering.
Volumetric Dispense Pump - PCD Technology revolutionizes how you dispense and how you perceive dispensing. PCD - Progressive Cavity Displacement PCD is a continuously volumetric dispense pump based on the Progressive Cavity principle. PCD technolog
Flux spray coating on a PCB with uniformal thickness down to 5 microns, with clear edge definition and minimal overspray. Can coat large or shoot dots with the same jet.
Events Calendar | Tue Mar 30 00:00:00 EDT 2021 - Tue Mar 30 00:00:00 EDT 2021 | ,
Juarez Chapter Webinar: DFM, Design For Manufacturing
| https://pcbasupplies.com/leaded-solder-wire/
levels Clear flux residue offers superior cosmetics No Clean Leaded Flux Cored Solder Wire JM-20 Sn63/Pb40 Specs Product Name Solder Wire JM20 Sn60 Pb40 Product Category Solder Wire Flux content (%) 1.0 - 3.0 Halide content
