Aluminium Ceramic Steel Whiteboard, For School, Board Size: 96x48 Inch

An E3 Ceramic Magnetic Whiteboard is a high-quality whiteboard that combines a ceramic-coated surface with magnetic functionality, making it a durable, long-lasting option for various professional and educational environments. The E3 designation often refers to a premium grade of ceramic finish used for the board's writing surface, offering enhanced durability, resistance to stains, and ease of cleaning.

Here's a detailed specification breakdown for an E3 Ceramic Magnetic Whiteboard:

1. Material & Surface Type

• Ceramic-Coated Surface:
  • The board's surface is coated with a ceramic enamel layer that is fused to a steel backing, making it highly durable and resistant to wear and tear.
  • Scratch-resistant: Ceramic surfaces are more resistant to scratching compared to melamine or other whiteboard surfaces.
  • Stain-Resistant: The E3 ceramic coating prevents the absorption of ink from dry-erase markers, which helps avoid staining or ghosting (marker residue that doesn't come off easily).
  • Magnetic: Beneath the ceramic layer, there is a steel backing that allows the board to be magnetic, enabling the attachment of magnets to hold papers, notes, or accessories.

2. Size & Dimensions

E3 Ceramic Magnetic Whiteboards are available in a variety of standard sizes, and custom sizes can be requested based on specific needs:

• Common Sizes:
  • 24" x 36" (610mm x 915mm)
  • 36" x 48" (915mm x 1220mm)
  • 48" x 72" (1220mm x 1830mm)
  • Larger sizes are also available for conference rooms or presentation spaces.
• Shape:
  • Primarily rectangular, though some manufacturers offer custom shapes (e.g., square or circular boards).
• Thickness: The ceramic surface usually adds some thickness, typically ranging from 1/8" (3mm) to 1/4" (6mm), providing a sturdy and durable feel.

3. Magnetic Properties

• Steel Backing: The surface has a steel layer underneath the ceramic coating that allows for the use of magnets.
• Strong Magnetism: The magnetic layer provides excellent holding power for magnets, which can be used to attach documents, notes, photos, or other lightweight items.