LAMY 3Plus Coloured Pencil - Pale Geranium Lake - 021


Currently unavailable


Currently unavailable
The LAMY 3Plus Coloured Pencil is a multifunctional tool designed for artists, students, and professionals who require a versatile instrument that acts as a coloured pencil, watercolour pencil, and wax crayon in one. Its key benefit lies in its heavy-duty, break-resistant core and its ability to mark both traditional paper and non-porous surfaces like glass, though users should be mindful that it requires specialized sharpening due to its extra-thick lead design.
| Model Part Number | 021 |
|---|---|
| Brand | LAMY |
Yes, its ergonomic square shape and break-resistant lead make it an excellent choice for children, though adult supervision is recommended for sharpening.
Yes, because of the extra-thick lead, you must use a sharpener meant for jumbo or thick-barrel pencils.
It is safe for standard non-porous glass and mirrors, but always test on a small, inconspicuous area first.
The pencil is wax-based; while it is lightfast enough for standard work, it is intended to be versatile, so avoid areas prone to heat or humidity.
The LAMY 3Plus has a compact, ergonomic length of 150 mm.
Ensure you are using a sharpener designed for jumbo-sized pencils and avoid pushing too hard into the blade.
Use a slightly warmer damp cloth or a small amount of window cleaner to remove persistent wax residue.
Ensure you are using a higher-quality watercolour or mixed-media paper to prevent the paper from pilling when water is applied.
To keep your LAMY 3Plus in peak condition, ensure you use a sharpener specifically designed for extra-thick leads, as a standard pencil sharpener will not accommodate the diameter. When working on paper, treat it like a traditional coloured pencil; on glass or mirror surfaces, apply light pressure to prevent excessive wax buildup. Cleaning is straightforward: use a slightly damp, lint-free cloth to wipe the pencil marks from non-porous surfaces. Store the pencils in a cool, dry place to prevent the wax core from softening in extreme temperatures.