Shelf Mounts for Acoustic Panels - Twist&Go - Installation Type: Wall Clip

You will buy the mounts only in this listing. The product is delivered without a shelf, allowing you to choose your own shelf material and dimensions to suit your taste. In the pictures i've used an IKEA bergshult shelf: https://www.ikea.com/nl/en/search/?q=bergshult

This is WallTune's premium Twist 2 Go design.

Enhance your acoustic panels with the sleek and functional Aku Panel Design shelf mount by WallTune. This meticulously crafted shelf mount is the ideal complement to your AKU (acoustic) panel, offering a custom design that seamlessly integrates with popular brands such as WoodUpp, Hori, Nordic, Fibrotech, Bauhaus, Hornbach, Obiu, CanDo (Praxis) and Silentlines (Gamma)

Elevate the aesthetic and functionality of your acoustic panels with WallTune's Aku Panel Design shelf mount – the perfect blend of style and utility.

IMPORTANT: This is a 3d printed product, tiny Layer lines, minor gaps on bottom and top of the hook are a feature of the manufacturing process.

-- Specifications: --

Material: PLA
Color: Black
Wide: 13mm
Height: 13cm
Depth: 19cm
Strength: Properly installed, they can hold up to 8 kg. This Screw-less shelf is meant for small items. Not to carry heavy loads. Think shoes, small plants and hats :) 

🛠️ -- Installation --

Installation for Twist2Go mount version:
https://youtube.com/shorts/2UoXFnUhzac

This product is designed for acoustic panels where the wooden slats are stapled (most common) instead of glued to the felt. If the slats are glued, the installation clip may not function properly and could break. For stapled panels, if the clip does not turn, try adjusting it slightly higher or lower, as a staple may be obstructing the clip. Please avoid using excessive force during installation.

🖨️ 📦 --Production and packaging--

The product is created using a 3d printing method using high quality printers. I do quality control on every item. With regards to packaging i try to re-use what boxes i have where possible in order to reduce impact on the environment.