Received: |
by ipchq.com (Smail3.1.28.1 #2)
id m0sxEyb-0000HAC; Mon, 25 Sep 95 09:57 CDT |
Old-Return-Path: |
|
Date: |
Mon, 25 Sep 1995 09:45:28 -0400 |
Precedence: |
list |
Resent-From: |
|
cc: |
|
X-Status: |
|
Status: |
O |
X-Mailing-List: |
|
TO: |
|
Return-Path: |
|
Resent-Message-ID: |
<"tG6Ty2.0.azA.3DiPm"@ipc> |
Subject: |
|
From: |
|
Resent-Sender: |
|
X-Loop: |
|
From [log in to unmask] Sat Apr 27 14: |
53:01 1996 |
Message-ID: |
|
Parts/Attachments: |
|
|
Mr. Boulais,
You neglect to say what flux chemistry you are using, rosins, water solubles,
low solids, etc. It may be possible to use a titration method to determine
the amount of flux present. We attempted such a titration method in the IPC
Phase 3 low solids flux project to determine the amount of low solids flux
applied to the test boards. We had limited success, but the low solids flux
was 95% isopropanol and the evaporation rate was high. Such a method might
work on the more acidic RMAs and OA fluxes. Les Hymes, The Complete
Connection, may be able to provide you more information.
Doug Pauls
[log in to unmask]
|
|
|