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A pair of worn brown leather boots on a woven mat, laces undone, the lugged outsole edge in focus

Applications

Start from the shoe, not the material.

Six footwear segments, the sole system each one points at, and the tests that actually gate it. Three carry a guide of their own; the rest lead straight to the sole family that suits them.

Six segments, and where each one leads

Three segments have a guide of their own, because we hold measured hardness windows for them and can say something specific about what passes. The other three go straight to the sole family that suits them — a page written to fill a slot would tell you less than the sole page it links to.

What drives the spec, and what gates it

The tests below are the ones a buyer in each segment writes into the specification. Eight rigs run on site and the rest go to an accredited laboratory; the full mapping is on the quality page.

SegmentWhat drives the specTests that gate it
Running & AthleticCushioning under the forefoot, rubber only where the shoe wearsAbrasion ISO 4649 · flex ISO 17707 · outsole-midsole peel SATRA TM404
Outdoor & HikingDeep lug geometry, wet rock grip, cold flexibilityFootwear slip SATRA TM144 · abrasion ISO 4649 · low-temperature flex
Work & SafetySlip, heat and fuel-oil exposure; long wear life on hard floorsEN ISO 20345:2022 (slip now mandatory, SR marks the enhanced test) · HRO · FO
Casual & LifestyleWeight, colour fidelity and unit cost at seasonal volumesColour hold · shrinkage & yellowing · abrasion
Court & IndoorGrip without transferring pigment to the floorNon-marking / scuff (SATRA TM223) · abrasion
School & Children'sLight, latex-free, softer compounds for younger age groupsHardness SATRA TM205 · chemical compliance (REACH SVHC, Prop 65)

Not sure which segment you are in?

Plenty of programmes sit between two. A trail shoe borrows from outdoor and from running; a service shoe worn on a hard floor all day is closer to safety footwear than to casual. If the shoe does not fit a row above, the sole still will — the six sole systems compares them side by side, and EVA, rubber and TPR compared runs the material properties against each other.

Tell us what the sole has to survive.

The shoe, the market it ships to and the standard it certifies against. We come back with the sole system, a compound and hardness recommendation, and a tooling plan.

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