Materials Used To Make Safety Matches
A safety match is a small wood stick with a thickened mixture of flammable chemicals loaded on one end. When the chemical end strikes a rough surface, a friction reaction generates the chemicals to heat and produce a flame. This scenario works upon the safety matches.
Another type of match, strike-anywhere matches, will quickly ignite by striking them on any hardened surface. However, only safety matches will ignite on a special rough surface containing certain chemicals.
There are many variants of safety matches exporters available in the market.
Wooden Safety Matches
Wax Safety Matches
Cardboard Safety Matches
Hotel Safety Matches
Kitchen Safety Matches
Veneer Safety Matches and more.
Each type of safety match is made with unique formulations and materials to produce our desired matches. For example, Wax safety matches are made with paraffin wax, which cannot help make wooden safety matches.
Let's see how these materials helped make quality safety matches.
Raw Materials Which help make Safety Matches
The raw materials that help make safety matches must be long enough to hold the flame without disturbance. It also must be porous enough to allow the chemicals to go through in-between, and while striking, it also should not bend. To avoid all the chaos, only aspen and white pine can attain all these qualities to meet the quality standard in the making. As a result, both these kinds of wood are best for producing quality safety matches.
The chemical in the match head is Ammonium Phosphate, where the matchstick gets soaked in this chemical to get the fire retardant. This chemical helps prevent the entire matchstick even after the smoke is gone. During the manufacturing process, the end of the striking area will get dipped in paraffin wax slightly to provide a small amount of fuel to transfer the chemical. Once the wax is done, the matchstick's ammonium phosphate prevents further combustion.
Do you know the head of the safety matches is composed of a single part? It holds chemicals and materials like powdered glass, potassium chlorate, antimony trisulfide, and other chemicals, but it also comes with water-soluble dye. The chemical Antimony Trisulfide will not ignite itself by the heat, even with the combination of potassium chlorate (which is an oxidising agent).
The striking surface is entirely made with Red Phosphorus, Powdered glass and Adhesive gum. A safety match rubbed against the striking surface generates enough heat to convert it as a trace of Red to White phosphorus.
Chemicals Used In Making Safety Matches
Red Phosphorus
It is a typical variant of phosphorus and is made from a phosphorus atom called amorphous (a non-crystalline method) which helps produce the best result.
It has been discovered that red phosphorus is superior and safer than white phosphorus.
Red phosphorus will turn white while striking the surface.
Red phosphorus has a lower ignition capacity than any other, so it has been used in safety matches on major.
Alongside, because of its tetrahedral structure, it has been preferred more conveniently and has less angular strain.
Red P is safer than White P.
Poplar, White Pine Or Aspen
By tradition, the matchsticks are entirely made from either Poplar, White pine or Aspen wood.
This type of wood has been chosen because of its splinting capacity and is lighter in color.
The Breakability manner of these woods is a wow factor
It is easy to trim the wood into thin pieces
Antimony Trisulfide
This specific chemical is found naturally as a crystallite mineral called Stibnite
It is predominantly used in making safety matches, explosives, fireworks, etc.
Not only does it help in making safety matches, but it also has other qualities in producing worthy products.
Potassium Chlorate
Potassium chlorate is formed by electrolysis and crystallisation
It is a potent oxidising agent which beholds its variants of usage.
It has been a significant component in making explosives, safety matches, disinfectants, and fireworks.
This chemical is used majorly in the match industry and pyrotechnics.
Closure Note
Other standard quality control procedures, match production, require strict attention to safety. Considering the working environment must be kept free of all accidental ignition sources.
The risks of white phosphorus in manufacturing matches led to the development of hygienic measures. During the invention journey, red phosphorus was a great addition; it has a specially designed striking surface.














