Custom made credenza and hood base

Alu Composite credenza

- Thickness 3 mm

- Rendering : Matte

Aluminum composite is composed of 2 thin aluminum plates surrounding a high density polyethylene core

It is rot-proof, stainless and non-deformable. It resists to temperature variations up to 180°C.

Compatibility

Ceramic, electric and induction hob

Easy to install

Easy to install and delivered with instructions for use, our credenzas are easily installed on any type of support (old tiles, brick, plaster...).

Two types of installation are possible: Gluing with transparent silicone glue (used in the building industry and available in DIY stores): simple and fast. Screwing : adapted to non flat surfaces.

Cutting our credenzas

Cut and drill your panel as easily as wood. It is possible to cut our credenzas with a jigsaw or a circular saw.

Use a hole saw for the electrical outlets notches.

Maintenance

Our materials can be cleaned with traditional household products (glass cleaner, dishwashing liquid, cleaning cream, etc.). A simple sponge stroke and your credenza is clean and shiny as the first day.

Avoid using abrasive products such as steel wool or other products that could cause scratches

Delays

Our delivery time is 20-25 days after validation of your order.

Alu Composite

Composed of 2 thin aluminum plates surrounding a high density polyethylene core. It is rot-proof, stainless and non-deformable. It resists temperature variations up to 180°C. Its matte finish and no reflection offers a modern and refined finish.

Tempered glass

Mineral glass that is 5 times more resistant to shocks than traditional glass. It cannot shatter and resists high temperatures up to 500°C. The glass reflects sunlight and gives an extra aesthetic dimension to the image.

Thickness Rendering

3 mm Matt

Compatibility

Thickness Rendering

3 mm Matt

Compatibility

Synthetic glass (polycarbonate)

Transparent, high-end material with the same appearance as glass. 250 times more resistant than mineral glass, perfectly waterproof and resistant to temperature variations up to 180°C. Its shiny finish reflects the sunlight and brings depth and brightness

Brushed aluminum

It is composed of 2 thin aluminum plates surrounding a high density polyethylene core. It is rot-proof, stainless and non-deformable. It resists temperature variations up to 180°C. It is coated with a treatment that prevents fingerprints from settling. Its brushed surface is identical to that of stainless steel and offers a perfect aesthetic without the bluish reflections of stainless steel.

Thickness Render

3 mm Glossy

Compatibility

Thickness Rendering

3 mm Glossy

Compatibility

Cutting materials

Aludibond, Brushed aluminum and Acrylic glass:

These 3 materials are easily cut with a jigsaw or circular saw.

Use a hole saw for electrical outlet notches. We can cut out socket notches on request.

Tempered glass: You cannot cut this material. It is cut by us before the glass is tempered.

Circular saw

Wooden blade

Hole saw

Simple credenza

For the width, measure your wall from edge to edge. For the height, go up to the hood if possible, otherwise we recommend a minimum of 45 cm high to protect your walls from splashes.

L-shaped credenza

For the width, measure your wall from edge to edge / For the height, go up to the hood if possible, otherwise we recommend a minimum height of 45 cm to protect your walls from splashes.

U-shaped credenza

For the width, take the measurements of wall 2 from edge to edge. Then take the measurements of wall 1 and wall 3 from edge to edge, and remove 4 mm (7 mm for tempered glass) on each return to compensate for the overlap of the panels.

Variable credenza

Measure each panel edge to edge. For a hood back, order the width of your cooktop or hood. Feel free to add in the comment of your order, your preferences for the framing.

Window credenza

Cut each part of your credenza into a rectangle. Take the measurements of each of these rectangles edge to edge, and remove 4 mm (7 mm for tempered glass) on each return to compensate for the overlap of the panels.