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Wettability Test Of Jis Standard Sanyoseiko Co Ltd

wettability Test Of Jis Standard Sanyoseiko Co Ltd
wettability Test Of Jis Standard Sanyoseiko Co Ltd

Wettability Test Of Jis Standard Sanyoseiko Co Ltd Wettability test of solder paste jis z 3284 4 4.5 overview the wettability of solder paste can be quantitatively evaluated by measuring the phenomenon of displacement in the vertical direction of the standard test piece when the solder paste melts with a non contact laser displacement meter. 5. wettability test of jis standard. it supports jis z 3284 4 4.5 displacement detecting wettability test, which is a wettability evaluation method for solder paste. it conforms to jis z 3285 5.5 high temperature observation test, which is a characteristic test method of solder paste for fine bonding. learn more about jis testing.

wettability Test Of Jis Standard Sanyoseiko Co Ltd
wettability Test Of Jis Standard Sanyoseiko Co Ltd

Wettability Test Of Jis Standard Sanyoseiko Co Ltd Sanyoseiko. info@scientech .tw. sanyoseiko.co.,ltd started operations in 1963, developed and started selling "smt scope" in 1999. has a number of patents "high temperature observation device", "solder paste wettability evaluation device and method", etc. in recent years, we have provided various gas environment heating equipment required by. ・formed a business alliance with osachi co., ltd. ・full scale entry into the medical device business: 2014 ・acquired medical device manufacturing license ・jis standard jis z3284 4 4.5 displacement detecting wettability test was issued. released the jis conformed “displacement detecting wettability tester.” 2015. 7.1. introduction. wettability is a fundamental property of the interactions between the reservoir rock components and the pore filling fluids. wettability is a controlling factor on the location of the reservoir fluids within its porous structure and upon the flow and subsequent distribution of fluids during the dynamic process of production. Wettability is a controlling factor on the location of the reservoir fluids within its porous structure and upon the flow and subsequent distribution of fluids during the dynamic process of production. it is therefore an essential factor during laboratory experimentation, since it will have a controlling influence on all laboratory tests.

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