The Wonder Book of Knowledge: The Marvels of Modern Industry and Invention, the Interesting Stories of Common Things, the Mysterious Processes of Nature Simply Explained
History
The Wonder Book of Knowledge: The Marvels of Modern Industry and Invention, the Interesting Stories of Common Things, the Mysterious Processes of Nature Simply Explained
Industrial arts -- History
At Woburn, Mass., one day, in the spring of 1839, he was standing with
his brother and several other persons near a very hot stove. He held in
his hand a mass of his compound of sulphur and gum, upon which he was
expatiating in his usual vehement manner, the company exhibiting the
indifference to which he was accustomed. In the crisis of his argument
he made a violent gesture, bringing the mass in contact with the stove,
which was hot enough to melt India-rubber instantly; upon looking at it
a moment afterwards, he perceived that his compound had not melted in
the least degree! It had charred as leather chars, but no part of the
surface had dissolved. There was not a sticky place upon it. To say that
he was astonished at this would but faintly express his ecstasy of
amazement. The result was absolutely new to all experience--India-rubber
not melting in contact with red-hot iron! He felt as Columbus felt when
he saw the land bird alighting upon his ship and the driftwood floating
by. In a few years more his labors were crowned with success.
This great invention made it possible for us to have rubber boots and
rubber shoes and many other things made of rubber.
[Illustration: _Courtesy of the United States Rubber Co._]
Up to this time, all the rubber was called Para rubber, named from the
town of Para in Brazil, from which all rubber was shipped. The
full-grown tree is quite large, ranging sixty feet and over in height
and about eight feet around the trunk. It has a flower of pale green
color and its fruit is a capsule containing three small brown seeds,
with patches of black. These seeds lose their life very quickly, so a
great deal of care is necessary to pack them if they are wanted to plant
in another place. The safest way is to lay them loosely in a box of dry
soil or charcoal.
[Illustration: RUBBER TWIGS
_Courtesy of the United States Rubber Co._]
The rubber tree grows best in rich, damp soil and in countries where the
temperature is eighty-nine to ninety-four degrees at noon-time and not
less than seventy-four degrees at night, and where there is a rainy
season for about six months in the year, and the soil and atmosphere is
damp the year round.
The name of this species of tree is Hevea, but many years ago it was
called Siphonia on account of the Omaqua Indians using squirts made of a
piece of pipe stuck into a hollow ball of rubber.
How did Rubber Growing Spread to Other Places?
Back in the seventies an English botanist, Wickham by name, smuggled
many Hevea seeds out of Brazil. The tree was found to grow well in the
Eastern tropics and today the rubber plantations of Ceylon, Borneo, the
Malay Peninsula and neighboring regions are producing more than half of
the world’s supply of crude rubber. Here the natives work under pleasant
climatic conditions and the trees under cultivation grow better and
yield better than in the forest.
Public-domain text, read in full here on John Shaqi.
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