YUKA door handle on a rectangular rose

What items are included in the kit for this pair of door handles on a rectangular backplate?

• A pair of handles – left and right – combined with a 7 mm thick backplate;
• 2 mounting adapters;
• 1 spindle of 8 mm and 7 mm diameter;
• 2 M4 through bolts (to fix the adapters to the door);
• 2 screws and a 3 mm Allen key (to fix the handles to the adapters);
• Set of wood screws (on special request);
• Fitting instructions in French;
• Construction material: zamak (solid handle, guaranteeing quality and durability);
• The product is new and the manufacturer provides a 24-month guarantee;
• All our designer handles are fitted with a self-smoothing double metal spring (ensuring great stability).

The benefits of the understated and chic YUKA rectangular backplate door handle:

The rectangular modern handle YUKA is the perfect embodiment of chic and modernity. Its rectangular geometric line brings a clean touch to all interiors, creating a on-trend and stylish atmosphere that is sure to impress.

You have the choice of three finishes for the YUKA handle, each bringing a distinctive touch to your interior décor. Whatever finish you choose, it will elegantly enhance any door. To create a harmonious ensemble and elevate the décor of your spaces, you can opt for the matching latch rosettes, available on this page.

Made from a blend of zinc, copper and aluminium, this rectangular handle guarantees optimum resistance against the test of time and frequent use. In addition to its solidity and robustness, this material preserves the original lustre of the handle, offering a perfect finish that lasts over the years.

The installation of YUKA, from the Milla Handles selection, is a straightforward process, just like the other handles in the collection. Mounting accessories as well as an instruction manual are included to allow you quick and easy assembly. Each handle is sold in pairs and comes with a 2-year guarantee. Furthermore, the backplate has a thickness of 7 mm and is fitted with an integrated return spring for optimum functionality.