📢 Flat rate shipping - $12.90 + GST for all orders!

New

In stock - Next day dispatch

Natural Spaces - Wall Mounted Shelf

Item Code: DM1527

MTA Teachers Resource Catalogue Page: 1055

Extended 5 Year Warranty
$105.74 (inc. GST)
$91.95 (ex. GST)
Taxes, discounts and shipping calculated at checkout.

The Natural Spaces Wall Mounted Shelf offers a versatile storage solution for classrooms, libraries, and early childhood settings. Measuring 60 (L) x 10 (W) x 15 (H) cm, this shelf features a natural maple-look melamine finish and sturdy plywood construction. It can be mounted in two directions: as a traditional shelf for displaying books and resources, or as a hanging rail for storage. By pairing two shelves-one right side up and the other upside down-you can create a dynamic storage system that works for a variety of needs.

This product is ideal for educational environments as it promotes organisation and maximises space. The hanging rail is perfect for storing materials such as art supplies, bags, or hats, while the flipped configuration can hold books and educational resources securely. This multi-functional design allows for flexible use in both small and large spaces, helping teachers maintain an organised classroom and encourage independence in students.

Key Considerations When Buying:

  1. Size: Ensure the shelf fits within your space with dimensions of 60 (L) x 10 (W) x 15 (H) cm.
  2. Functionality: Choose between using the shelf for display or the hanging rail for storage, depending on your needs.
  3. Durability: The melamine finish and plywood construction ensure the shelf is durable and suitable for daily use in educational settings.
  4. Space Efficiency: The wall-mounted design frees up floor space, making it ideal for smaller classrooms or areas with limited storage.

Installation Instructions:
To mount the shelf, select appropriate wall fixings based on the type of wall. It is recommended to consult a hardware store for guidance on the correct method and equipment needed, ensuring that the shelf is securely fixed.