FURNITURE PROFILES Hakkında Teknik Bilgiler
Aluminum Furniture Profiles
**Aluminum furniture profiles** have become an essential component in modern furniture manufacturing. With the advancement of industrialization, these profiles have taken their place in furniture production facilities to increase mass production efficiency, reduce costs, accelerate assembly (knock-down systems), and meet consumer demands more rapidly and effectively.
Aluminum furniture profiles are used in various applications such as drawer handles, cabinet handles, top and bottom wardrobe tracks, wardrobe door handles, center rails, upper rails, drawer handles inside wardrobes, and as clothes hanger rods for shirts and pants.
These profiles are typically manufactured using international aluminum alloys such as **6063** or **6064**, which are suitable for anodizing. Thanks to their surface finish and visual appeal, they contribute significantly to the aesthetics of furniture, making them an indispensable part of modern designs. Aluminum furniture profiles are widely anodized in finishes such as bright natural, bright chrome, bright inox, bright gold, bright black, and bright "niro" as well as matte options like matte gold, matte black, and matte inox—according to customer color preferences.
Additionally, aluminum furniture profiles can be painted with **electrostatic powder coating** in any color from the RAL chart, offering further design flexibility.
Upon request, aluminum furniture profiles can be custom-manufactured in any shape or design as long as it is feasible for extrusion. Today, hundreds of different aluminum profiles are used in furniture production, and new designs are continuously added to manufacturing lines.
Aluminum furniture profiles are easy to work with and simple to install. They can be cut to the desired length using a diamond-tipped saw, drilled with a standard drill, and then mounted onto cabinet doors, chipboard, or MDF using screws and a screwdriver or cordless drill. In wardrobes, aluminum top and bottom tracks are increasingly integrated with advanced systems—such as **soft-close sliding door mechanisms**—which slow down the closing action and prevent abrupt door movements.