Description

This double-sided stainless steel ruler is designed for accurate measuring in classrooms, offices and workshops. Made from durable stainless steel, it features precision graduations on both edges so you can measure from either side with confidence. The clear central numeric markings are easy to read at a glance, while the built-in hanging hole lets you store the ruler conveniently on hooks or pegboards. Available in 10cm, 15cm and 20cm lengths, this metal ruler is ideal for drawing, drafting, technical work and everyday measuring tasks.

Features

Double-sided scale design – Precision graduations are printed on both the upper and lower edges, allowing you to measure in either direction and improving versatility for drawing and drafting.

Clear easy-read markings – Central numeric markings along the length of the ruler make measurements simple to read, ideal for school geometry, office documents or workshop projects.

Durable stainless steel construction – Made from strong stainless steel to resist bending and wear, ensuring this metal ruler provides long-lasting accuracy.

Convenient hanging hole – Includes a small hole at one end so you can hang the stainless steel ruler on a hook, nail or lanyard for tidy storage and quick access.

Multiple size options – Available in three practical lengths—10cm, 15cm and 20cm—to suit different measuring needs, from compact pencil cases to desk and workshop use.

Specifications

Material: Stainless steel

Colour: Metallic silver

Available Sizes:

10cm (approx. 3.93in)

15cm (approx. 5.9in)

20cm (approx. 7.87in)

Package Includes

1 × Stainless steel ruler (size as selected)

Note

Actual colour may vary slightly due to lighting and different monitor settings.

Please allow a 1–3cm size tolerance due to manual measurement.

Wipe clean with a dry, soft cloth after use and store in a dry place to help prevent rust.

Avoid bending, heavy impact or dropping the ruler to maintain accurate graduations.

Keep away from children, as edges may be sharp and unsuitable for unsupervised use.