Bay by bay
How a match is made
Ten steps, nine days, and one taste test nobody outside the family quite approves of.
Timber
Falkenmoor aspen arrives by barge, already quarter-sawn for straight grain. Sam Wilby rejects any log with a knot he can catch a thumbnail in.
Peeling & cutting
The veneer lathe peels continuous ribbons of splint wood; the guillotine cuts them to length. Offcuts go to the splint-waste boiler, which heats the dry lofts.
Drying
Splints rest in the drying lofts for nine days at lake-shore humidity. Rush this and the head cracks; the works has never rushed this.
Paraffin dip
The 1926 copper bath takes each frame of splints through molten paraffin at exactly 68°C. This is what makes the match burn down the stick instead of down your fingers.
Head compound
The secret is not secret: sesquisulphide phosphorus, oxidants and ground glass, bound in the works' own mix. Reve tastes each new batch with a spoon he then throws away.
Second dip
A tip coat of the striking compound goes over the head. Batch 31-C's formula has not changed since 1931.
Striking strip
Boxes get their friction strip - the famous dotted pattern - from the plate press. The strip is printed, never painted, which is why it outlasts the box.
Boxing
The packing table, unautomated since 1968 by decree. Four packers, one tally card, and a rule that any box you would not keep yourself does not leave the table.
Label & lid
Labels are rolled on the 1911 flatbed. Limited-run labels are cut by Tobias by hand and numbered on the reverse.
The strike test
Every two-hundredth box is opened and struck on the bench, in front of whoever is nearest. If it lights first time, the batch ships.
Why sesquisulphide matters
White-phosphorus matches of the 1800s poisoned the people who made them. Safety matches keep the reactive chemistry out of reach: the head holds the oxidiser and fuel separately bound, and the striking strip holds the red phosphorus. Neither lights without the other, which is the whole quiet genius of the design.
Read the safety page