Measuring Tools

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Measuring Tools

Measuring tools are essential for achieving accuracy and consistency across a wide range of tasks. This range includes sturdy rulers for clear, straight measurements, precise vernier calipers for detailed internal and external readings, and dependable tape measures for flexible, on-the-go use. Built for reliability and ease of use, each tool suits both professional and DIY applications, from workshop settings to construction sites. With clearly marked scales and durable construction, these tools help ensure precision where it matters most.

What measuring tools do you stock?
A stainless steel 30cm/12 inch metal ruler and a rubberised 3m x 16mm tape measure. Not a large range, but the two things you actually reach for when measuring hose runs and marking cuts.

Why a stainless ruler rather than plastic?
Because it survives a workshop. Stainless shrugs off oil, solvent and coolant contact without the markings wearing off, which is exactly what happens to a printed plastic rule within a few months. It also works as a straight edge for cutting, which plastic does poorly.

Why a rubberised tape measure?
Grip and durability. A rubberised case survives being dropped on concrete and does not skate off a bench, a wing or a sloping surface. At 3m x 16mm it is the right size for hose runs and vehicle work without being unwieldy in a confined engine bay.

What should I measure hose diameters with?
Vernier callipers, not a tape measure or ruler. A millimetre matters when a hose has to seal on a pipe, and you cannot read that accurately across a curved surface with a tape. Use the ruler and tape for lengths and runs, and callipers for anything that has to fit.

Should I measure the pipe or the old hose?
Always the pipe. Silicone and rubber stretch in service, so an old hose reads larger than the pipe it was fitted to - measure that and you will order a size up and end up with a joint that will not seal properly however hard you clamp it.

How do I measure a hose run for length?
Run a piece of string along the exact route the hose will take, following every bend, then measure the string. Add a margin for trimming. Measuring point to point in a straight line badly underestimates any run that curves, which is most of them.

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