Industry Directory | Manufacturer
Henkel is a manufacturer of materials for PCB and component assembly. The materials include Loctite adhesives, Multicore soldering products, Hysol encaps and underfills, and Power Devices thermal phase change pads.
Henkel offers innovative capillary flow underfill encapsulants for flip-chip, CSP and BGA devices. These are highly flowable, high purity, onecomponent encapsulants. They form a uniform and void-free underfill layer to improve reliability performance
Electronics Forum | Thu Dec 01 00:34:15 EST 2005 | pyramus
Guy's another question, how about any recommendation what type of adhesive to use as underfill for BGA during lead free process? Currently, we are only using Loctite 3609 & 3515 as adhesive we use 3515 as BGA underfill during normal leaded process s
Electronics Forum | Fri Jun 08 15:37:41 EDT 2007 | ck_the_flip
Jim: I have limited knowledge, but here's what I know: 1. Yes, it's a standard process. In today's SMTNet, it's rarely mentioned, and few people reply to postings. 2. Nope. It's a "specialty" piece of equipment for most CEM's. Depending on you
Used SMT Equipment | Coating and Encapsulation
Make: PVA Model: Delta 6 Vintage: 2014 Power: 240v, 25A, 60hz PSI: 80-100 3 Axis Fiducial Camera Belt Conveyor PCB Heat JDX + PVA Jet Controls (IO Card) Vacuum Purge Weigh Scale Machine was configured for Underfill, Flip Chip, BGA, Flex a
Industry News | 2019-01-12 07:42:28.0
IPC – Association Connecting Electronics Industries® announces the winners of the IPC APEX EXPO 2019 Innovation Awards, a celebration of the innovators and forward thinkers who are changing the technological landscape of the electronics industry.
Industry News | 2013-03-13 13:43:59.0
Formulated to address the limitations of alternative products, Henkel Electronic Materials announces the commercial availability of two encapsulants for selective protection of environmentally-susceptible components. The materials, LOCTITE ECCOBOND UV9060F and LOCTITE ECCOBOND EN 3707F, deliver an impermeable barrier to potential environmental influences and offer manufacturers cure process flexibility and deposition traceability.
Technical Library | 2020-12-24 02:50:56.0
A method for packaging integrated circuit silicon die in thin flexible circuits has been investigated that enables circuits to be subsequently integrated within textile yarns. This paper presents an investigation into the required materials and component dimensions in order to maximize the reliability of the packaging method. Two die sizes of 3.5 mm×8 mm× 0.53 mm and 2 mm×2 mm×0.1 mm have been simulated and evaluated experimentally under shear load and during bending. The shear and bending experimental results show good agreement with the simulation results and verify the simulated optimal thickness of the adhesive layer. Three underfill adhesives (EP30AO, EP37-3FLF, and Epo-Tek 301 2fl), three highly flexible adhesives (Loctite 4860, Loctite 480, and Loctite 4902), and three substrates (Kapton,Mylar, and PEEK) have been evaluated, and the optimal thickness of each is found. The Kapton substrate, together with the EP37-3FLF adhesive, was identified as the best materials combination with the optimum underfill and substrate thickness identified as 0.05 mm.
