The Mount Holly news. [volume] (Mount Holly, Burlington Co., N.J.) 1891-1942, 1905-08-22
ORIGIN OF GOLD PENS

OKlGIN UE GOLD PENS
THE FIRST ONES WE'RE MADE IN ENG
LAND AND WERE FAILURES.
Then an American Citizen Discovered
That Iridium Could BE Used For
Protecting the Points, and the Per-
feet Pen Resulted.
for having made the fountain pen the
useful article 1t has come to be, for
without the gold pen point, which can
not corrode, the fountain pen would be
useless.
The manufacture of gold pens was
commenced In the United States In 1885
by matchmaker of Detroit Attempts
had been made in England to make
gold pens prior to that time, but they
met with little success Alloyed gold
is too soft to make durable point, and
this circumstance made it necessary
to protect the pen points with dia-
monds or rubies until John Isaac Haw-
Mis- a tltlLCn VI Tic Ol1lcO OldltSt Oub
residing In England while the expert
ments in the manufacturing of gold
pens were in progress there accidental
ly discovered that the native alloy Of
Iridium and osmium ore, one of the
hardest and most refractory of all me-
tallic alloys, could be used for protect
ing the points to much better advan-
tage and more cheaply.
Hawkins rights were purchased by a
clergyman of Detroit, who induced the
matchmaker above mentioned to manu-
fecture gold pens The first pens made
by him were poor substitutes for the
quill then in use. In 1910 his plant
was taken TO New York, where the
business was enlarged
Quite an improvement was added to
the plant by the machines for the MAX
ing and tempering Of the pens, invent
ed by John Rendell, one of the en-
ployees of the establishment This es-
tablishment soon produced a gold pen
so perfect that 1t combined the elias
ticity Of the quill with the permanency
of the metal. About 1850 1t was dis
covered that by Embedding the iridium
points In the gold instead of soldering
them on the corrosive influence of the
Ink on the two metals, the solder and
the gold, was avoided and a firmer
hold In the pen was given to the points.
The gold pen has been brought to its
present degree of perfection by the
American manufacturer, and the in
dustry from its inception has been
characterized by the use of American
methods. For the production of the
gold pen a high degree of skill Is neces-
sary, and only experts are employed
In the different plants.
The gold used in the making of the
pens is obtained from the United
States assay Office. Ii Is then melted
and alloyed about sixteen carats fine
and rolled into long, narrow ribbon,
from which pen blanks or fat plates
In the shape of pen, but considerably
thicker than the finished pen, are cut
by means Of lever press or die and
punch The blunt nib of the blank Is
notched or recessed at the end to re-
celve the iridium that forms the ex-
ceedingly hard point which all good
pens possess.
The iridium is coated with a cream
Of borax ground In water and laid In
the notch formed In the end of the
blank. 1t Is then secured by a process
Of sweating, which is nothing more or
less than melting the gold of which the
pen is formed so that 1t unites solidly
with the iridium. The blank is then
passed between rollers of peculiar
form to give gradually diminishing
thickness from the point backward.
The rolls have a small cavity In which
the extreme end of the iridium pointed
nib is placed to prevent injury to the
iridium. After rolling the nib of every
pen is stiffened and rendered spongy
by hammering
This Is the most important process
In the manufacture of the pen, as the
elasticity of the pen depends entirely
upon this operation. The pen is then
trimmed by press similar to that
which Is used for cutting out the
blanks or by automatic machinery.
When the blank has been trimmed the
name of the manufacturer and the
number of the pen are stamped on it
by means of a screw press.
The pen is given its convex surface
also by means of screw press. the
blank being pressed between concave
die beneath and convex one above.
Quite Il little force is necessary to
bring the pen to the required convex
ity. and when this operation is com
pleted two jaws approach the blank
and press 1t up on opposite edges, thus
giving the pen its final shape
The next step Is to cut the iridium
into two points by holding 1t on the
edge of thin copper disk which is
charged with fine emery and oil and
revolves at a high speed The nib Is
then slit by a machine and the slit
cleared by means of a fine circular
saw. After Sitting, the nibs are
brought together by hammering, and
the pen is FURNISHED on the inside by
concaye form and on the outside by
convex form. This is necessary to give |
the pen uniform surface and greater
elasticity.
These nibs are then set by the fingers |
alone. after which operation the pen is
ground by lathe with a thin steel |
disk and a copper cylinder, both charg-
ed with fine emery and oil The slit |
is then ground by fine disk. and the |
sides of the nibs and the points are
ground upon the copper cylinder After
the grinding is done the pen is polished
upon buff wheels, which completes the
process of manufacture.
Before the pen is placed upon the
market. however, 1t is given thorough
inspection to see that 1t possesses the
proper elasticity, fineness and weight,
then passed to an inspector who tests
1t and weighs it-Chicago Chronicle.
The Stray Bullet.
1t is an odd fact that the most expert
maFksman cannot equal the unerring
accuracy of the stray bullet In reaching
the mark-Baltimore American
Her Cooks.