ACRYLIC MARKERS FOR NEARLY ALL SURFACES
Highly opaque and UV resistant on nearly all surfaces: The sustainable ONE4ALL acrylic marker system has been built to refill and is reliable in its functions. A low wear and numerous possible applications create an added value to these acrylic markers. Whether painting surfboards, sneakers, canvases, fridges, graffitis or electric guitars: nothing is impossible.
With 50 color shades, these acrylic markers provide a great color range. Thanks to corresponding empty markers, individual color shades can be mixed easily. Cool effect colors creat exciting painting experiences: besides metallic color shades, there are also neon colors available. Artists who prefer to paint with acrylic paint or acrylic markers appreciate the high-quality ONE4ALL assortment.
Besides mixed media, the acrylic paint of ONE4ALL is ideal for the design of ornamental items on nearly all surfaces.
Application:
Quality restrictions and a loss of color characteristics might appear when using unclean or wrongly prepared surfaces. Generally, a previous check of the acrylic paint on the chosen surface at a discreet place is advisable.
Please note that absorbent, flexible, greasy and uneven surfaces are naturally more unsuitable to get painted than smooth and unabsorbent surfaces.
- acrylic markers
- acrylic-based
- semi-gloss
- highly opaque
- permanent1
- good UV resistance2
- quick-drying
- non-toxic
- conforms to ASTM D 4236
- dilutable with water or acetone (1-3%)
- for nearly all surfaces3
- for indoor and outdoor use
- 50 color shades
- patented capillary system, patent no. DE 197 30 454 IPC B43K 8/04
- consistent paint flow due to FLOWMASTER valve
- refillable – min. 50 times
- exchangeable tips
- mixable4
- perfectly suitable for airbrush
- compatible with MOLOTOW spray paint and markers
- Made in Germany
1 for decorative applications
2 exception: fluorescent neon colors.
3 Check surface for compatibility before application.
4 Do not mix effect colors (neon / metallic) with plain colors, as their effect properties get lost.