Marsden & Saffley Liverpool
Marsden and Saffley were known to be operating as Billiard Table manufacturers in 1875. However they were notable for an entirely different type of table. Each one of their Billiard tables had a cast iron frame and a cast cement bed. In 1879 at the Great Agricultural exhibition in London a certain John Roberts Snr (Billiard player of considerable repute) thought there tables were superb.
John Marsden described his tables as follows :-
“In carrying out my
invention I make the bed of sheets or plates of cement or other artificial substance on an iron frame or of zinc
screwed down or otherwise secured upon wooden holding blocks in a metallic frame. I sometimes paint or
enamel the surface or otherwise cover it with a small waterproof coating so as to protect the plates from
corrosion and yet form no impediment to the free travel of the balls, instead of covering with green baize as
ordinarily practised. I make the cushions of metallic round or elliptic tubes or other hard impenetrable
material, and the balls of india-rubber or other elastic substance, thus reversing the ordinary plan, which
consists in making the cushions elastic and the balls hard and unyielding. In order, however, to use the table
for hard balls also I frequently make the cushions with a soft india-rubber cord shrunk into them in the usual
manner on one side and make them reversible so that we can use either side at pleasure, the soft or the hard
cushion. My table can also be placed out on the lawn and played in fine weather, thus converting billiards into
a healthy outdoor game. In such case the board is usually played bare; as, however, it is well to occasionally be
able to use green baize, I fasten it on when required in the following manner :—A series of round holes with a
thinner slot projecting upwards are placed in the frame. India-rubber cords are attached to the green baize of a
size to just go easily through the round holes. When therefore the cloth is stretched and the india-rubber cords
or cylindrical tags put through these holes and pulled out and upward at the same time, the rubber is, squeezed
up into the slot and expanding to the natural size on each side is effectually held. An awning can be erected
over the table. The bed of the table is not bound to be made of metal except for export, where light weight is a
great desideratum. I usually prefer cement to zinc or other metallic plates. The cement plates are formed as
follows :—I first obtain a perfectly level surface; this is best done by planing a large cast-iron or glass bed
plate. On this bed plate I place movable (preferably metallic) edges with top, bottom, and sides accurately
planed to the required thickness of the cement plate, usually if inches. I then cast the cement on this bed plate
accurately levelled off to the height of the edges. These plates are placed on a frame preferably of the
following constructions. Upon cast-iron legs I place a rectangular frame of cast-iron having transverse and
longitudinal bars. The tops of the frame and bars are accurately planed and adjusted by means of bolts
fastening the whole together, so that the upper surfaces shall all be in one uniform plane. The slab or slabs of
cement are then laid on the top, and if more than one slab be used their edges may be dowelled together in the
usual manner, and the upper surface brought to a perfectly even surface. The hard cushions are affixed to the
table by brackets attached to the sides and ends, which brackets also prevent the cement top being pushed out
of place. I arrange the metal frame with holes to hold the cues, avoiding the necessity of a stand.” This table
was on view at the Agricultural Hall Exhibition, London in 1879, and was described by John Roberts the elder
as “most accurate, and the running powers highly satisfactory.” [