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Home > Press > AI Technology (AIT) Introduces Novel High Temperature Large Area Underfill with Proven Stress Absorption Abstract: AI Technology, Inc. (AIT) is proud to introduce a new generation of Flip-Chip Underfill solution that combines a High Tg of >240°C and novel stress absorbing capabilities to allow long-term reliability of large area flip-chip devices. MC7885-UFS is a proven unique underfill adhesive that fills under large area chips and cures without voids and internal stresses for ultimate reliability. AI Technology (AIT) Introduces Novel High Temperature Large Area Underfill with Proven Stress Absorption Princeton, NJ | Posted on August 15th, 2014 MC7885-UFS is a novel underfill paste that underfills large area flip-chip components to provide an excellent thermal interface allowing high power devices to dissipate heat to both sides of the package. MC7885-UFS is designed for use in both chip-on-board underfill and standard flip-chip underfill component applications to reduce stress. MC7885-UFS can withstand temperatures up to 350ºC without thermal degradation. Its unique chemistry results in very low moisture absorption and high strength protection. The cured underfill has less than 20ppm/°C in coefficient of thermal expansion and higher than 6 GPa in modulus. The differences and benefits between MC7885-UFS and traditional underfills include: More than 5 times higher thermal conductivity than that of traditional underfills Tg at >240°C in comparison to traditional underfills with a Tg around 140°C Tg close to lead-free soldering temperature reduces tensile and shear stress Proven additional stress protection with outstanding engineered molecular stress absorption without compromising performance by using low glass transition underfills MC7885-UFS has an easy cure schedule. Most curing can be done at 120°C, or the operator can increase temperature to 150°C to cure in less time. Please speak to one of our Application Engineers about sampling AI Technology's MC7885-UFS and put it on the top of your testing list for your new generation of flip-chip devices. About AI Technology, Inc. (AIT) Since pioneering the use of flexible epoxy technology for microelectronic packaging in 1985, AI Technology, Inc. (AIT) has been one of the leading forces in development and patented applications of advanced materials and adhesive solutions for electronic interconnection and packaging. AI Technology, Inc. (AIT) offers some of the most reliable adhesives and underfills for die bonding for the largest dies, stack-chip packaging with dicing die-attach film (DDAF), flip-chip bonding and underfilling and high temperature die bonding for single and multiple-chip modules for applications beyond 230°C. The company continues to provide the best adhesive solution for component and substrate bonding for both military and commercial applications. AIT’s thermal interface material solutions, including our patented phase-change thermal pads, thermal greases and gels and thermal adhesives have set many bench marks of performance and reliability for power semiconductors, modules, computers and communication electronics. For an application analysis: www.aitechnology.com/analysis/ For more information, please click here Contacts: 70 Washington Rd. Princeton Jct. Media Contact Amy Grossman Copyright © AI Technology, Inc. (AIT) If you have a comment, please Contact Issuers of news releases, not 7th Wave, Inc. or Nanotechnology Now, are solely responsible for the accuracy of the content. Bookmark: News and information UTA researcher to build internal nanotechnology device to simplify blood sugar testing: Medical technologies December 1st, 2015 Graphene-Coated Wearable 'E-Textile' Can Alert Wearer To Presence Of Dangerous Gases December 1st, 2015 IU chemists craft molecule that self-assembles into flower-shaped crystalline patterns:'Tricarb' research laid foundation for university's new $1.2 million materials science grant from National Science Foundation December 1st, 2015 New study reveals what's behind a tarantula's blue hue: Researchers uncover nanostructures in exoskeleton of blue-haired tarantulas November 30th, 2015 Chip Technology IU chemists craft molecule that self-assembles into flower-shaped crystalline patterns:'Tricarb' research laid foundation for university's new $1.2 million materials science grant from National Science Foundation December 1st, 2015 Coming to a monitor near you: A defect-free, molecule-thick film November 29th, 2015 Overtaking science fiction with physics: 33-year-old physicist at the University of Kaiserslautern receives 1.5 million euros of EU funding November 29th, 2015 'Material universe' yields surprising new particle November 28th, 2015 Announcements UTA researcher to build internal nanotechnology device to simplify blood sugar testing: Medical technologies December 1st, 2015 Graphene-Coated Wearable 'E-Textile' Can Alert Wearer To Presence Of Dangerous Gases December 1st, 2015 IU chemists craft molecule that self-assembles into flower-shaped crystalline patterns:'Tricarb' research laid foundation for university's new $1.2 million materials science grant from National Science Foundation December 1st, 2015 New study reveals what's behind a tarantula's blue hue: Researchers uncover nanostructures in exoskeleton of blue-haired tarantulas November 30th, 2015
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