Document LK5XGRnaRkZnMZnJm163RQZ3Q
FILE NAME Corning OC
DATE 1967 Oct 23 DOC OC276
DOCUMENT DESCRIPTION Memo - Kaylo Product Development
H. EXHIBIT
Mr. J. H. Thomas Toledo 7
R. F. Shannon Granvili
KAYLO PRODUCT DEVELOPMENT
; |
October 23. 1967
Mr. R. J. McEvoy Granville
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week you replacement Pi Pfeifer sent me word last
wanted to talk about the
of asbestos program I attempted to contact you several times last
plus on Monday of this week without success As you know I was in
all of last week working on plant process problems
week Berlin
To follow on your
request move promptly on the evaluation of
coated Fiberglas
yarns Pl for
Pfeifer
asked
Bob
Wong for
help
in
opexy
getting
us a supply of such yarns for our evaluation in Kaylo As soon
the
Chemistry Chemistry Lab produces the yarns for us we will avaluats in Kayle anads
cement are in reality reported reported recently coated with epoxy resin advantage The epoxy coated yarns
in
reported recently as being used to good advantage
discuss the to the miniature fishing rods They are quite stiff about the size of
picks and about 1-1 to 3 inches long Mr. Molvoy agreed
tooth
ing Mr. Potts of FIN Division in New York to Rensselaer
my accompany-
Institute on Wednesday October 25 to
Polytechnie Professor
mink
inventor .
concept alth Professor
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The program directed toward replacing asbestos in Kaylo is
by 1 the huge investment we have in the SID cylinder
complicated
at Berlin 2
the
need
for
additional
plant
capacity
pan pouring procERE
and 3 problems
of
which must be answered as to type process to use in the new facili before expansion is undertaken Questions
be we
a new plant expand Berlnienw plant if we build a
901 now in Toledo or do
do we install the
or another process yet to be determined
to
answered include (1)
do
we build
and (2)
SID cylinder pan pouring process
I cannot say at the moment with any assurance we will be successful in
developing another type of reinforcement preferably glass which
be
adapted to the STD gylinder pan pouring process
at the moment
can
The best odds I can project
are 50/50 In any case the problem won't be solved in week
will or month In fact we
be lucky carry
a
~
to the program a stage
a
to
plant trial
;
..
after year's effort 4
w:efs eete ow MB
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In view of the fact the probability of finding another
which can be used in our
reinforceme .
also direct
some of
present process
our effort
is at the
best 50/50
do we
toward a new process and if so what
process At the moment there are no high temperature insulations
the
market which do not contain at least some asbestos To
on
the best of our
be no The Miltitamp Miltitamp concept of post impregnating a prebonded
wasiill conceived It does not lend itself to
product
adequate profit margins
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Mr. J. H. Thomas
-2-
October 23 1967
Instead if the decision is to develop a product based on glass fibers
I would recommend we work on an inorganic bonded glass fiber composite
which can be produced in a step operation possibly via a modified
version of the filter press process
-
. -
on
We must not forget the bonded aggregate type product Careytemp is
bonded perlite reinforced with glass and asbestos fibers If Philip Carey
problem could solve their breakage problem
temperature product on the
Carsytemp would become the best high
I believe an OCF version of such a
product containing 100 percent glass reinforcement would have a high prob-
ability of success As you know this is the program which Marketing
canceled on us year after year in the past
Now that I have given you a brief insight as to my thoughts as to where we go from here I would like to suggest for your consideration the follow-
ing program Initiate a hard hitting intensive search for a fiber substitute
for asbestos The effort should be directed mainly toward glass fibers
We should not however alose our eyes to other ceramic fibers which
become commercially available in the meantime We should also initiate
an exploratory program directed toward checking the feasibility of develop
ing a glass reinforced bonded aggregate or an inorganic bonded high temperature
glass fiber product Multitemp via a different process
Your first thoughts to the above may be we are spreading our activity tos much We should instead decide on one program Under ordinary circumstances I would agree with the idea of concentrating on one approach However ve must recognize the fact that if we direct all our efforts toward finding a substitute for asbestos and if not successful we could find ourselves
with two plants Berlin and the new one to be built equipped with a process requiring asbestos On the other hand if the decision is not to continue
looking for a substitute for asbestos but start to develop a bonded aggregate or high temperature glass fiber a la Multitemp product we are giving a death sentence to Berlin the SID cylinder process and the huge investment in the pan pouring process A.so we will face an outlay of 6 to 10 million just to revamp Berlin to the new process
What are the chances of technical success I would guesstimate 50/50 of replacing asbestos in the pan pouring process 90 percent for a glass
reinforced bonded aggregate product and about 80 percent for a step process Multitemp type product having a 30+ percent gross margin
Pore
What really bothers me is timing To caour t ar ny ty ype of progwr e a wim ll
need manpower and facilities At the moment I am down to two technicians
and about 1/2 the space allocated to Kaylo prior to 1964 when all research on Kaylo was terminated at Granville Two of our three available autoclaves
are in storage for lack of space
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becomes available and provide as much technical service to Berlin as time
and manpower will permit Our manpower situation is becoming critical
4
The recruiting program for new people is batting sero for additional
ee space we are working with Fred Swank and Ike Myers A 901 will probably be required to provide the space we need re ~
Ot
If you have the time available Thursday when you come to Granville I would
like to have the opportunity of discus ing discussing this program with you
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