Not only can you write or sketch on paper and drawing card with our STAEDTLER Mars micro color leads, you can also use them on matt drafting film and tracing paper, for example. In addition to standard pencil leads for mechanical pencils, we also offer coloured leads with a line width of 0.5 mm in the following colours: When used on paper and drawing card, they create rich, even lines (and the harder the grade the lighter the result), which you can also easily remove with our erasers. Here you will find leads in many different hardness grades (from 2B through HB to 3H) and in five line widths (0.3 mm–1.3 mm). Our mechanical pencil leads will meet your individual requirements – whether you intend to use them for your drawing or writing instruments. They are ideally suited to the following activities: Our broad product range includes high-quality mechanical pencil leads that are characterised by the following product features: They offer outstanding quality, as they are extremely resistant to breaks thanks to their high degree of elasticity. STAEDTLER pencil leads are compatible with STAEDTLER mechanical pencils. High-quality pencil leads for every requirement Another important advantage is that they do not need to be sharpened. Even though mechanical pencil leads are very thin, thanks to their elasticity, STAEDTLER pencil leads are extremely resistant to breaks. Pencil leads are used for mechanical pencils and are much thinner than the leads used in conventional pencils. 12 in one go: for many STAEDTLER mechanical pencils, such as the Mars micro and graphite 779, you can easily refill your pencil with the entire contents of our Mars micro carbon 250 and Mars micro color lead tubes. Our range includes pencil leads in different widths, hardness grades and colours. They deliver an effortless and smooth-gliding writing experience, creating rich lines. Our pencil leads are ideal for writing on paper and drawing card. This makes them robust and break-resistant. Pencil leads from STAEDTLER are characterised by their high degree of elasticity.
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