How Fireworks and Matches Are Made

Fireworks require careful handling of chemical mixtures, while matches use simple chemistry at large scale, both with heavy manual work.

Both products depend on controlled chemical reactions.

Matches

A match head and the striking surface contain chemicals that ignite with friction. Much of the work, from cutting splints to dipping and boxing, has been mechanised in larger units but is still manual in small ones.

Fireworks

Crackers and rockets contain mixtures that burn quickly, packed in paper tubes. Colour effects come from added metal compounds.

Manual work

Many steps, like filling and wrapping, are done by hand, which is why the industry employs so many people.

Hazards

The materials are dangerous, so workplace safety is a persistent issue.

A work day

Workers roll paper tubes, fill them with measured amounts of mixture and pack them into boxes by hand.

Thinking mechanisation is always safer

Some steps are safer done by machine, but not all of them.

Key takeaways

Match and firework chemistry uses controlled reactions.
Manual labour is widespread.
Colours come from metal compounds.
Safety is a persistent challenge.