
FAQs
What colors are available?
We provide a variety of bright colors for our whiteboard markers, including black, blue, red, green, and more. These colors ensure high visibility and clear markings for different uses.
Are the markers non-toxic and safe for use by children?
Yes, our whiteboard markers are non-toxic and low-odor, which makes them safe for everyday use. They meet EN-71 and ASTM D-4236 safety standards, so they can be used in classrooms and homes with supervision.
Are the markers safe for use by children (child-safe)?
Absolutely. Our markers are safe for kids and made with non-toxic ink. They can be used by older children (with supervision) and adults, without any harmful effects.
Do the markers work on all types of whiteboard surfaces?
Yes, our markers are designed to work well on all standard whiteboard surfaces, including traditional melamine whiteboards, enamel or porcelain boards, and even glass boards. The ink writes smoothly and wipes off easily from these non-porous surfaces.
What type of tip do the markers have (fine, chisel, etc.)?
The whiteboard markers have a fine tip that is great for precise, detailed writing on small surfaces. Some models also have a bullet tip, which is good for bold lettering and everyday writing tasks.
Are the markers refillable?
Yes, our whiteboard markers can be refilled. This reduces waste and extends the life of each marker. For the best results, use our specific whiteboard marker ink when refilling to ensure top performance.
Do the markers have a low-odor formula?
Yes, the markers use a low-odor, alcohol-based ink formula that is perfect for indoor use in classrooms and offices. You won’t smell the strong chemicals that are common in some traditional markers.
Do these markers leave any stains or ghost marks on the board after erasing?
No, the ink is made to erase cleanly without leaving any residue or "ghost" marks. On good non-porous whiteboard surfaces, the markings can be easily wiped off with a duster or cloth. This makes sure your board returns to a clear state after use.



