It is recommended to have the merchant send a physical sample first, take it home and observe the color separately under natural light and spotlights, and then choose the color you like. Don't just look at the picture, color difference is very common.

This depends on the substrate and adhesive. If it is a low-quality MDF substrate or non environmentally friendly adhesive is used, there may indeed be a risk of formaldehyde release. High quality branded products usually use P2 grade, with almost no odor after installation, and can be moved in after 1-2 days of normal ventilation.

No. Before installation, it is necessary to ensure that the construction surface is flat, dry, and clean. Inappropriate surface treatment may cause the panel to fail to adhere firmly, affecting the final effect. If it needs to be installed on uneven walls, it is recommended to consult the manufacturer first to see if there are specialized products suitable for it

In addition to using a feather duster or microfiber cloth to wipe the surface, a vacuum cleaner with a brush head suction nozzle can also be used to clean the dust and dirt between the wood slat panels

It depends on the material of the product. Most wood slat panels are not designed for humid environments and are not waterproof. Improper installation may cause moisture and mold. If it needs to be installed in the kitchen or bathroom, it is recommended to consult the manufacturer first to see if there are any products specifically suitable for that environment

Usually not. Wood slat panels generally do not interfere with Wi Fi or other types of signals

On the contrary, in most cases, wood slat panels can make the room appear larger and visually more interesting. Vertical lines can guide the line of sight upwards and increase the sense of height; Horizontal lines can increase the width and fluidity of the space

This is a common difficulty in installation. Usually, it is necessary to drill or cut the panel on site to avoid the socket bottom box. For corners that are not straight, it is necessary to cover the defects with glue to ensure a beautiful joint.

The noise reduction coefficient (NRC) is generally between 0.7 and 1.10. Different thicknesses, densities, and installation methods will affect the specific value; high-quality products can achieve an NRC of over 0.95.

Density directly affects sound absorption and physical strength. Higher density means a denser material, resulting in enhanced absorption of low-frequency sounds; lower density panels are lighter, more breathable, and offer better mid-to-high frequency sound absorption. Common density ranges are 160-229 kg/m³, and the specific choice should be based on the application scenario.

The cavity in the back, and the spatial sound absorber formed by it, can greatly improve the sound absorption performance of the material. Filling the cavity with sound-absorbing cotton can significantly improve the sound absorption performance, especially the absorption of low-frequency sounds.

They exhibit significant absorption of mid-to-high frequency sounds (500Hz-4000Hz), with an absorption coefficient exceeding 0.7. This effectively reduces echo and reverberation, improving sound clarity. Within the 125Hz-4000Hz noise range, the absorption coefficient can reach a maximum of 0.8 or higher.