Full Site - : no-clean (Page 5 of 217)

IPC Issues Call for Participation for High Reliability Forum

Industry News | 2023-04-17 08:38:56.0

IPC is now accepting abstracts for the High Reliability Forum, the international conference focusing on Class 3 and safety critical electronics for mil-aero, automotive, medical, and long-life applications that are subjected to harsh use environments. The High Reliability Forum will be held October 17-19, 2023, at the Hilton Baltimore BWI Airport in Linthicum (Baltimore), Md.

Association Connecting Electronics Industries (IPC)

LIVE ELECTRONICS ASSEMBLY LINE FEATURED AT ELECTRONICS MIDWEST

Industry News | 2010-09-02 16:09:40.0

Each step in the electronics assembly process will be on display and fully functioning on the show floor at Electronics Midwest, produced by IPC — Association Connecting Electronics Industries® and Canon Communications.

Association Connecting Electronics Industries (IPC)

Electrovert Cleaning

Electrovert Cleaning

Videos

Matching Fooprint to Application The Aquastorm 60 in-line cleaning system is ideal for PCB, semiconductor, and industrial cleaning type applications in which the manufacturing volume has outgrown the capability of a batch type cleaner and/or lack th

ITW EAE

A Look to the Future in the Electronics Industry at IPC APEX EXPO® 2013

Industry News | 2013-01-19 07:46:16.0

Information that inspires innovation is center-stage for design, printed boards, electronics assembly, test and printed electronics

Association Connecting Electronics Industries (IPC)

Rework Symposium

Events Calendar | Tue Mar 07 08:00:00 EST 2017 - Tue Mar 07 14:00:00 EST 2017 | Rolling Meadows, Illinois USA

Rework Symposium

BEST Inc.

Cleaning PCB's in Electronics - Understanding Today's Needs.

Technical Library | 2014-03-27 14:50:01.0

Because of the phase out of CFC's and HCFC's, standard solder pastes and fluxes evolved from RA and RMA fluxes, to No-Clean, to low residue No-Clean, to very low residue No-Clean. Many companies came out with their cleaning solutions, aqueous and semi-aqueous, with each product release being more innovative than the previous one. Unfortunately for most of the suppliers of cleaners, two other trends appeared; lead-free soldering and the progressive miniaturization of electronic devices.

Inventec Performance Chemicals

Cleaning PCBs in Electronics: Understanding Today's Needs

Technical Library | 2022-02-16 15:34:32.0

Because of the phase-out of CFCs and HCFCs, standard solder pastes and fluxes evolved from RA and RMA fluxes to No-Clean, to low residue No-Clean, to very low residue No-Clean. Many companies came out with their cleaning solutions, aqueous and semi-aqueous, with each product release being more innovative than the previous one. Unfortunately for most of the suppliers of cleaners, two other trends appeared; lead-free soldering and the progressive miniaturization of electronic devices

Inventec Performance Chemicals

No-Clean Flux Residue and Underfill Compatibility Effects on Electrical Reliability

Technical Library | 2013-04-11 15:43:17.0

With the explosion of growth in handheld electronics devices, manufacturers have been forced to look for ways to reinforce their assemblies against the inevitable bumps and drops that their products experience in the field. One method of reinforcement has been the utilization of underfills to "glue" certain SMDs to the PCB. Bumped SMDs attached to the PCB with a no-clean soldering process offer the unavoidable scenario of the underfill coming in contact with a flux residue. This may or may not create a reliability issue... First published in the 2012 IPC APEX EXPO technical conference proceedings

Indium Corporation

A Novel Solution for No-Clean Flux not Fully Dried under Component Terminations

Technical Library | 2017-08-17 12:28:30.0

At SMT assembly, flux outgassing/drying is difficult for devices with poor venting channel, and resulted in insufficiently dried/burnt-off flux residue for no-clean process. Examples including: Large low stand-off components such as QFN, LGA Components covered under electromagnetic shield which has either no or few venting holes Components assembled within cavity of board Any other devices with small open space around solder joints

Indium Corporation

SMT Process Recommendations Defect Minimization Methods for a No-Clean SMT Process

Technical Library | 1999-05-07 11:35:19.0

Key competitive advantages can be obtained through the minimization of process defects and disruptions. In today's electronic manufacturing processes there are many variables to optimize. By gaining an understanding of what the defects are, and where they come from, is a key step in the process towards defect free/six sigma manufacturing. In the last decade, Surface Mount Technology processes have been slowly converting towards the No-Clean philosophy. This new trend has spawned new processing issues which need to be addressed. This paper will investigate solutions to current problems in the processing of No-Clean SMT processes.

Kester


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