As a leading manufacturer of high quality solvent recovery systems used in the extraction industry, TruSteel is made up of a team of professional engineers who are making waves in the world of large scale solvent recovery.
New Equipment | Coating Equipment
Cost-effective Solutions for Conformal Coating New cost-effective, automated Conformal Coating System (SimpleCoat TR) with tilt and rotate capability and excellent repeatability for just under $48,000. SimpleCoat basic model without tilt and rotate
New Equipment | Rework & Repair Equipment
Pin Grid Array Extractors are available in two sizes and provide a quick and safe way to extract Pin Grid Array components from their sockets. All component sizes can be accommodated, as the tool is available in two or four grip models. Adjusting the
Electronics Forum | Wed Jul 31 11:31:54 EDT 2013 | pbarton
Could it be that the IPA you are using in the solvent/DI mix is not anhydrous, or in some other way not the correct purity? If it is not correct you will not be able to calibrate. Best rgds, Peter B.
Electronics Forum | Tue Feb 22 02:51:25 EST 2022 | davef
The industry standard for Resistivity of Solvent Extract (ROSE) Testing analysis is IPC-TM-650 Method 2.3.25 – Detection and Measurement of Ionizable Surface Contaminants by Resistivity of Solvent Extract (ROSE).
Industry News | 2017-11-07 23:20:25.0
GPD Global offers a cost-effective, automated Conformal Coating System (SimpleCoat) with excellent repeatability for just under $40,000!!!
Industry News | 2017-03-09 22:28:20.0
GPD Global introduces its NEW Conformal Coating System (SimpleCoat), an Inline and Cost-effective Conformal Coating System with full featured programming - making conformal coating processes quick and easy.
Parts & Supplies | Cleanliness Testers
Specification Product name stencil cleaning roll Material 55%Wood pulp+45%polyester Inner core material Plastic or paper or customized Size customized size Color White Weight 56gsm, 60gsm, 65gsm OEM Logo,size,weight,packing,inner core materia
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Parts & Supplies | Pick and Place/Feeders
JUKI FEEDER part E513070600B E9630729000 T AC SERVO MOTOR(TS4632N2020E600) E9630755000 RERAY UNIT E96307800A0 HEAD SENSOR ASM E963171500A DUCT (KD-76-03-C) E963171500B DUCT (KD-76-045-C) E963171500C DUCT (KD-76-085-C) E9631721000 LAHD SENSOR
Technical Library | 2023-04-17 21:17:59.0
The purpose of this paper is to evaluate and compare the effectiveness and sensitivity of different cleanliness verification tests for post soldered printed circuit board assemblies (PCBAs) to provide an understanding of current industry practice for ionic contamination detection limits. Design/methodology/approach – PCBAs were subjected to different flux residue cleaning dwell times and cleanliness levels were verified with resistivity of solvent extract, critical cleanliness control (C3) test, and ion chromatography analyses to provide results capable of differentiating different sensitivity levels for each test. Findings – This study provides an understanding of current industry practice for ionic contamination detection using verification tests with different detection sensitivity levels. Some of the available cleanliness monitoring systems, particularly at critical areas of circuitry that are prone to product failure and residue entrapment, may have been overlooked. Research limitations/implications – Only Sn/Pb, clean type flux residue was evaluated. Thus, the current study was not an all encompassing project that is representative of other chemistry-based flux residues. Practical implications – The paper provides a reference that can be used to determine the most suitable and effective verification test for the detection of ionic contamination on PCBAs. Originality/value – Flux residue-related problems have long existed in the industry. The findings presented in this paper give a basic understanding to PCBA manufacturers when they are trying to choose the most suitable and effective verification test for the detection of ionic contamination on their products. Hence, the negative impact of flux residue on the respective product's long-term reliability and performance can be minimized and monitored effectively.
Technical Library | 2015-08-18 14:02:37.0
What is UV Curing? “Ultraviolet (UV) light is an electromagnetic radiation with a wavelength from 400 nm to 100 nm, shorter than that of visible light but longer than X-rays.” (Source: Wikipedia). Ultraviolet or UV curing is used to create a photochemical reaction using high intensity Ultraviolet (UV) energy or “light” to quickly dry inks, adhesives or conformal coatings. Most materials cure with a UV wavelength around 350 ~ 400nm although some materials require UVC energy near 255nm. There are many advantages to using UV curing over other traditional methods of curing. Not only will it increase production speed, it assists in creating a better bond, and improves scratch and solvent resistance. When compared to other methods of curing, UV curing generates a more reliable cured product at a much higher rate of production in a considerably shorter period of time.
Cost-effective Solutions for Conformal Coating New cost-effective, automated Conformal Coating System (SimpleCoat TR) with tilt and rotate capability and excellent repeatability for just under $48,000. SimpleCoat basic model without tilt and rotate
http://www.gpd-global.com Conformal coating (SimpleCoat) demonstration of the Spray Valve and Volumetric Pump in action on the SimpleCoat system. The Spray Valve sprays HumiSeal 1B31 from a height of approximately 20 mm above the board. The Volumetr
Events Calendar | Mon Apr 23 00:00:00 EDT 2018 - Thu Apr 26 00:00:00 EDT 2018 | Shanghai, China
SMTA China East Conference 2018
Events Calendar | Mon Sep 14 00:00:00 EDT 2020 - Mon Sep 14 00:00:00 EDT 2020 | ,
Printed Circuit Board (PCB) Inspection & Quality Control
Career Center | Baguio City, Philippines Philippines | Engineering
Responsible to effectively utilize all of the available resources such as machines, materials, manpower and methods in order meet the Offsite metric goal according to the customers’ specifications, requirements and needs; Responsible for evalua
ORION Industries | http://orionindustries.com/pdfs/PORONURETHANE.pdf
./°C ELECTRICAL Surface Resistivity, ohm/sq. ASTM D257 6 x 1011 2 x 1012 7 x 1012 3 x 1012 Volume Resistivity, ohm. cm ASTM D257 3 x 1011 1 x 1012 2 x 1012 7 x 1012 Dielectric Constant, K’ (“DK
GPD Global | https://www.gpd-global.com/co_website/pdf/coating/SimpleCoat-Operation-Guide-23100600.pdf
with a compatible solvent. This includes valves, pipe work to valves and pressure containers. Valve specifications Valve Position Type Description Z-Slide Rotary Head1 SPV Spray Valve Yes SimpleCoat = NO SimpleCoatTR = YES Head2 NDV Dispense Valve Yes No
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