In the morning early, before dawn, the first sounds heard in a small house were the click, click, click of the kitchen-maid, striking flint and steel over the tinder in the box. When the tinder was ignited, the maid blew upon it till it glowed sufficiently to enable her to kindle a match made of a bit of stick dipped in brimstone. The cover was then returned to the box, and the weight of the flint and steel pressing it down extinguished the sparks in the carbon. The operation was not, however, always successful; the tinder or the matches might be damp, the flint blunt, and the steel worn; or, on a cold, dark morning, the operator would not infrequently strike her knuckles instead of the steel; a match, too, might be often long in kindling, and it was not pleasant to keep blowing into the tinder-box, and on pausing a moment to take breath, to inhale sulphurous acid gas, and a peculiar odour which the tinder-box always exhaled.
Fig. 28.—A TINDERBOX.
Fig. 29.—STEEL FROM A TINDERBOX.
Here is a curious passage from an article on “The Production of Fire,” in the Penny Magazine for 26th July, 1834:—“The flint and steel, with the tinder and match of some kind or other, have long been the instruments of getting a light in the civilised world.... Within the present century the aid of chemistry has been called in, ... and instantaneous lights have become quite common, under the various names of Promethians, Lucifers, etc., although, from its superior cheapness, the tinder-box will probably always keep its place in domestic use.” This article was published in the very year in which I was born, and now it is extremely difficult to obtain an old tinder-box. I have sought in the cottages and farmhouses in my own parish and those adjoining, and have been unsuccessful in discovering more than one. A generation has grown up that has never even heard of the tinder-box.
In or about 1673 phosphorus was discovered, and its easy ignition by mere friction made known, and this opened the prospect of more easy means of obtaining a light. But phosphorus was costly, and a century and a half elapsed before the phosphorus match came into use. Phosphoric tapers were employed; these were small wax tapers, the wicks of which were coated with phosphorus; they were enclosed in glass tubes hermetically sealed, and when a light was required, one end of the tube was removed with a file, when the taper became ignited by exposure to the air.
The plan was, however, clumsy, besides being dangerous and costly, and never took hold of public estimation. The next attempt was to put a piece of phosphorus into a small phial, and dissolve it at a moderate heat, then keep the phial corked. The bottle was about the size of one of smelling salts, and was kept at the head of the bed. When a light was required, the glass stopper was removed, and a match coated with sulphur was dipped into it, and worked about till a flame was produced, when the match was withdrawn, and the phial hastily corked. Another method was to rub the match, after dipping it in the bottle, against a piece of cork or soft wood, the friction more certainly or less dangerously promoting the combination of the sulphur and phosphorus, and the consequent production of flame.