Industry Directory | Manufacturer
Yincae Advanced Materials, LLC is a developer, manufacturer, and supplier of high performance coatings, adhesives, electronic and optoelectronic materials.
Yincae’s SMT 158 Capillary Underfill is a combination of capillary flow and no-flow underfills, rapid curing, fast flowing and easy reworking liquid epoxy that can be used as an underfill for chip scale packages, ball grid array devices, PoP (package
YINCAE’S New High Purity Liquid Encapsulant: SMT 158HA (Albany, NY) 10/20/2017 – YINCAE Advanced Materials has recently developed a unique amine based high purity liquid epoxy encapsulant: SMT 158HA. SMT 158HA is a slow cure underfill particularl
Electronics Forum | Thu Jun 27 16:09:02 EDT 2013 | burstd
try yincae's SMT 158 capillary underfill. very easy reworking
Industry News | 2018-01-16 10:40:31.0
Press Release: YINCAE’S New Reflowable Underfill Material: SMT 160
Industry News | 2018-05-14 10:30:22.0
The world's first commercial diamond filled underfill.
Technical Library | 2016-01-12 11:01:25.0
More and more Land Grid Array (LGA) components are being used in electronic devices such as smartphones, tablets and computers. In order to enhance LGA mechanical strength and reliability, capillary flow underfill is used to improve reliability. However, due to the small gap, it is difficult for capillary underfill to flow into the LGA at SMT level. Due to cost considerations, there are usually no pre-heating underfill or cleaning flux residue processes at the SMT assembly line. YINCAE solder joint encapsulant SMT256 has been successfully used with solder paste for LGA assembly. Solder joint encapsulant is used in in-line LGA soldering process with enhanced reliability. It eliminates the underfilling process and provides excellent reworkability. The shear st rength of solder joint is stronger than that of underfilled components. The thermal cycling performance using solder joint encapsulant is much better than that using underfill. Bottom IC of POP has been studied for further understanding of LGA assembly process parameters. All details such as assembly process, drop test and thermal cycling test will be discussed in this paper.
Technical Library | 2016-01-12 11:07:56.0
With the increasing demand of device miniaturization, high speed, more memory, more function, low cost, and more flexibility in device design and manufacturing chain, YINCAE has published a white paper on a first individual solder joint encapsulant which can eliminate underfilling process with at least five times solder joint increase and provide more flexibility for fine pitch and high density application. In order to meet the demand of manufacturing of high speed and low cost, YINCAE has invented a room temperature stable and jettable solder joint encapsulant adhesive – SMT 266. The invention of SMT 266 has allowed our customers to have more flexibility in their high-speed production line such as worry free on the work life of adhesive and workable jetting process.
Filled Fluxing Underfill Product
(Albany, NY) 1/2/2018 – YINCAE Advanced Materials has recently developed a reflowable (no flow) underfill: SMT 160. This product is designed to eliminate capillary underfills, simplify the assembly process, combine soldering and underfilling in SMT p
Events Calendar | Wed Oct 23 00:00:00 EDT 2019 - Thu Oct 24 00:00:00 EDT 2019 | Guadalajara, Mexico
SMTA Mexico Expo 2019
Events Calendar | Wed Oct 23 00:00:00 EDT 2019 - Thu Oct 24 00:00:00 EDT 2019 | Guadalajara, Mexico
SMTA Mexico Expo 2019
SMTnet Express, February 27, 2014, Subscribers: 22818, Members: Companies: 13775, Users: 35799 A Novel High Thermal Conductive Underfill For Flip Chip Appliation. Dr. Mary Liu and Dr. Wusheng Yin; YINCAE Advanced Materials, LLC. Silicon dioxide
SMTnet Express, April 17, 2014, Subscribers: 22675, Members: Companies: 13858, Users: 36080 A Novel Low Temperature Fast Flow And Fast Cure Reworkable Underfill Dr. Mary Liu and Dr. Wusheng Yin; YINCAE Advanced Materials, LLC. In order to meet
