Product
The Natura Table Top Chalk Board in Light Brown is an A4-sized freestanding chalkboard designed for desk or counter use. It features a natural wood frame and is ideal for displaying menus, messages, or promotions in hospitality and retail settings.
Specifications
- Crafted with a solid light brown wooden frame that complements natural and rustic interior styles
- Features a smooth black chalk surface compatible with standard chalk and liquid chalk markers
- A4 writing surface provides sufficient space for concise messages, daily specials, or pricing information
- Freestanding design with an integrated easel-style support for stable tabletop placement
- Lightweight and compact construction allows for easy repositioning between locations
- Reference: TCHBLBA4
Usage
Place the chalkboard on any flat surface such as a desk, counter, bar top, or reception area. Write your message using traditional chalk or liquid chalk markers. Wipe the surface clean with a damp cloth to update content as needed. The built-in stand holds the board upright without requiring wall mounting or additional accessories.
FAQ
- What size is the writing surface on this chalkboard? The board offers an A4 writing area, which measures approximately 21 x 30 cm, suitable for short messages and daily specials.
- Can I use liquid chalk markers on this board? Yes, the smooth black surface is compatible with both traditional chalk and liquid chalk markers for bolder, more vibrant writing.
- How do I clean the chalkboard surface? For traditional chalk, use a dry or slightly damp cloth. For liquid chalk markers, wipe with a damp cloth and allow the surface to dry completely before rewriting.
- Does the board stand up on its own? Yes, the chalkboard includes an integrated easel-style back support that allows it to stand freely on any flat surface without wall mounting.
- Is this chalkboard suitable for outdoor use? The board is primarily designed for indoor use. Prolonged exposure to moisture or direct sunlight may damage the wooden frame and writing surface over time.
mvm-dt-2026-03