• SMTnet
  • »
  • Technical Library
  • »
  • Metal Microchannel Lamination Using Surface Mount Adhesives for Low-Temperature Heat Exchangers

Metal Microchannel Lamination Using Surface Mount Adhesives for Low-Temperature Heat Exchangers

Published:

December 22, 2011

Author:

Prawin, Paulraj , Paul, Brian K.

Abstract:

This paper reports the feasibility of using surface mount adhesives to produce low temperature microchannel arrays in a wide variety of metals. Sheet metal embossing and chemical etching processes have been used to produce sealing bosses that eliminate ch...

  • Download Metal Microchannel Lamination Using Surface Mount Adhesives for Low-Temperature Heat Exchangers article
  • To read this article you need to have Adobe PDF installed

You must be a registered user to talk back to us.

 

Company Information:

Providing an education that prepares our students as entrepreneurial, team-oriented, and work-ready graduates in mechanical, industrial, and manufacturing engineering and energy engineering management

Corvallis, Oregon, USA

Research Institute / Laboratory / School

  • Phone 541-737-7009
  • Fax 541-737-2600

See Company Website »

Company Postings:

(1) technical library article

  • Apr 11, 2022 - iNEMI Webinar 07.07.2021 - PCB Cleaning | ZESTRON Americas
  • Jan 28, 2022 - Open Radio Unit White Box 5G | Whizz Systems
  • Nov 10, 2021 - Understanding the Cleaning Process for Automatic Stencil Printers | ITW EAE
  • Oct 20, 2021 - PCB Surface Finishes & The Cleaning Process - A Compatibility Study | ZESTRON Americas
  • Oct 06, 2021 - Cleaning Before Conformal Coating | ZESTRON Americas
  • Browse Technical Library »

Metal Microchannel Lamination Using Surface Mount Adhesives for Low-Temperature Heat Exchangers article has been viewed 473 times

  • SMTnet
  • »
  • Technical Library
  • »
  • Metal Microchannel Lamination Using Surface Mount Adhesives for Low-Temperature Heat Exchangers
IPC Certification Training Schedule IPC Questions and answers

Online IPC Training & Certification