A treatise on the origin, progress, prevention, and cure of dry rot in timber : $b with remarks on the means of preserving wood from destruction by sea worms, beetles, ants, etc.Britton, Thomas Allen
Science
A treatise on the origin, progress, prevention, and cure of dry rot in timber : $b with remarks on the means of preserving wood from destruction by sea worms, beetles, ants, etc.
Britton, Thomas Allen
Dry-rot; Wood -- Preservation
Would it be advisable to interpenetrate oak with a solution of
caoutchouc? In 1825, Mr. Hancock proposed a solution of 1½ lb. of
caoutchouc in 3 lb. of essential oil, to which was to be added 9 lb. of
tar. Mr. Parkes, in 1843, and M. Passez, in 1845, proposed to dissolve
caoutchouc in sulphur: painting or immersing the wood. Maconochie, in
1805, after his return from India, proposed distilled _teak_ chips to be
injected into fir woods.
Although England has been active in endeavouring to discover the best
and cheapest remedy for dry rot, France has also been active in the same
direction.
M. le Comte de Chassloup Lambat, Member of the late Imperial Senate of
France, considers that, as _sulphur_ is most prejudicial to all species
of fungi, there might, perhaps, be some means of making it serviceable
in the preservation of timber. We know with what success it is used in
medicine. It is also known that coopers burn a sulphur match in old
casks before using them--a practice which has evidently for its object
the prevention of mustiness, often microscopic, which would impart a bad
flavour to the wine.
M. de Lapparent, late Inspector-General of Timber for the French Navy,
proposed to prevent the growth of fungi by the use of a paint having
flour of sulphur as a basis, and linseed oil as an amalgamater. In 1862
he proposed charring wood; we have referred to this process in our last
chapter (p. 96).
The paint was to be composed of:
Flour of sulphur 200 grammes 3,088 grains.
Common linseed oil 135 ” 2,084 ”
Prepared oil of manganese 30 ” 463 ”
He considered that by smearing here and there either the surfaces of
the ribs of a ship, or below the ceiling, with this paint, a slightly
sulphurous atmosphere will be developed in the hold, which will purify
the air by destroying, at least in part, the sporules of the fungi. He
has since stated that his anticipations have been fully realized. M. de
Lapparent also proposes to prevent the decay of timber by subjecting
it to a skilful carbonization with common inflammable coal gas. An
experiment was made at Cherbourg, which was stated to be completely
successful. The cost is only about 10 cents per square yard of framing
and planking.[14] M. de Lapparent’s gas method is useful for burning
off old paint. We saw it in practice (April, 1875) at Waterloo Railway
Station, London, and it appeared to be effective.
Public-domain text, read in full here on John Shaqi.
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