Erasers and other correcting equipment

Gommes

La qualité et le type de gomme sont essentielles pour d'excellents résultats de gommage. Toutes les gommes caoutchouc et la plupart des gommes produites par Faber-Castell sont sans latex. De la gomme scolaire à la gomme mie de pain, vous trouverez pour chaque travail la gomme adaptée.
11 produits
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Meilleure vente
Faber-Castell - Gomme Dust-free blanc
Gomme Dust-free blanc
1,10 €
Faber-Castell - Gomme sans PVC avec fourreau
Gomme sans PVC avec fourreau
0,65 €
Faber-Castell - Gomme caoutchouc 7041
Gomme caoutchouc 7041
0,90 €
Faber-Castell - Gommes de rechange Grip Plus 3x
Gommes de rechange Grip Plus 3x
2,50 €
Faber-Castell - Gommes de rechange Grip 1345-47 3x
Gommes de rechange Grip 1345-47 3x
2,50 €
Faber-Castell - Gommes de rechange Grip 2011 3x
Gommes de rechange Grip 2011 3x
2,50 €
Faber-Castell - Gommes de rechange Grip Matic blister 3x
Gommes de rechange Grip Matic blister 3x
2,50 €
Faber-Castell - Gomme OVNI
Gomme OVNI
15,00 €
Faber-Castell - Gomme de rechange Porte-Mine e-motion
Gomme de rechange Porte-Mine e-motion
1,30 €
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General information on Faber-Castell erasers and correct use

History of the eraser

When erasing large areas of graphite, particularly with writing or stroke areas running over several lines, the eraser can often start to 'smudge'. This is because the user tries to erase too quickly and the parts of the eraser have to absorb too much graphite. The eraser can only carry out its task if the movements create a balanced ratio between graphite-free areas and areas containing graphite. The eraser can not become "overloaded"! Erasing parallel to the stroke: Area becomes dirty, erasing is slowed down unnecessarily! Erasing at an angle to the stroke: Erasing the area bit by bit clears the area quickly and effectively!

Erasing correctly

When erasing large areas of graphite, particularly with writing or stroke areas running over several lines, the eraser can often start to 'smudge'. This is because the user tries to erase too quickly and the eraser bits have to absorb too much graphite. The eraser can only carry out its task if the movements create a balanced ratio between graphite-free areas and areas containing graphite. The eraser cannot become "overloaded"! Erasing parallel to the stroke: Area becomes dirty, erasing is slowed down unnecessarily! Erasing at an angle to the stroke: Erasing the area bit by bit clears the area quickly and effectively!