Strike-Anywhere Matches

Nitrogen and phosphorus, two of the mostfactory and was struggling to find some safer
dissimilar non-metallic elements, are in the samesubstitutes/ forms of phosphorus. Fortunately in
group (14).While nitrogen is very uncreative1845 the air stable and non-toxic red phosphorous
phosphorous is very reactive. The discovery ofwas shown to be chemically identical to while
phosphorous by the German Alchemist, Henningphosphorous. Having learned of this safer
Brand in 1669 provided the most interesting sagaallotrope, Albright determined to produce matches
of the members of this group. His discoverybearing red phosphorous. But he noticed another
occurred by an accident during investigation ofproblem as mixing the inert red phosphorous with
urine which was a favorite topic of research inan oxidizing agent gave an instant explosion.
the 17th century as people were in such of goldPrizes were offered for the development of a
and believed that anything gold- colored, such assafe match, and finally in 1848, some now
urine, had to contain gold. When Brand fermentedunknown genius proposed to put half the
urine and distilled the product he obtained a whiteingredients on the match tip and the remainder on
waxy, flammable solid with a low melting pointa strip attached to the matchbox. Only when the
(white phosphorous).two substances were brought into contact ignition
Today we may not realize the significance ofof the match head occur. This was a peculiar
discovery of phosphorous and importance ofexample of science and technology moving
routes for its extraction from phosphate rocks,forward together.
but in 1833, when pocket butane lighters andIn spite of the prevalence of cheap butane
other handy ways and materials were notlighters, match consumption is enormous even
available for generating flames and people used totoday. The modern safety match depends on a
get its nominal amount from buckets of urine, itschemical reaction between the match head and
discovery was a major break through whenthe strip on the match box. The head of the
people were delighted to find an easy route formatch is mostly potassium chlorates KClO3, an
production of fire by using white phosphorousoxidizing agent, and the strip contains red
matches. However, this comfort and conveniencephosphorous and antimony sulfide Sb2S3, both of
came at a horrendous human cost, because whitewhich oxidize very exothermically when brought in
phosphorus is extremely toxic and the youngcontact with the potassium chlorate.
women who worked in match factories used toNowadays in addition to the safety match, there
die in staggering numbers due to phosphorousis also the ‘strike-anywhere' match in which
poisoning. This occupational hazard manifestedthe two chemical components, the oxidizing agent
itself as "Phossy Jaw" a disintegration of the lower(potassium chlorate) and the reducing agent (tetra
jaw, followed by an agonizing death.phosphorous trisulphide are mixed in the match
The British Industrial Chemist Arthur Albright, ahead and any source of friction, such as the
kind hearted man, had been troubled by theglass-paper strip on the match box or a brick wall,
enormous number of deaths and related agoniescan provide the activation energy necessary to
due to toxicity of white phosphorous in his matchstart the reaction.