FURNIWARE 10 Pieces Antique Nickel Furniture Handles 96mm Hole Spacing Kitchen Cabinet Handles Kitchen Cabinet Handle Cabinet Handle

• √ ELEGANT CLASSIC DESIGN: 10 pieces kitchen cupboard handles made with high quality zinc plating with the antiques nickel surface can be combined with both modern and vintage furniture. Give your door decoration a touch of class.
• √ Admsungen: Hole ment: 96mm; Total length: 126mm; Group width: 9mm; Hand height: 30mm. Please measure the hole in the cabinet or other applications before purchasing.
• √ TWO SIZE SCREWS - We offer 25mm and 45mm screws with which you can adjust different thickness of furniture. The 25mm screws are suitable for thickness of 13-20mm, and the 45mm screws are suitable for thickness of 13-40mm.
• √ FULL LINE COMPATIBILITY: Ideal for cabinet, drawer, door, wardrobe, wardrobe, cupboard. Smooth handles made with high quality zinc binding allow the drawer to be pulled out quickly and conveniently.
• √ Income to install: No technology required, very easy to install and manage the drawer handles after selecting the correct hole in the drawer.

Furniware Kitchen Cabinet Handles --- Made of high precision zinc alloy, strong and durable, not easy to rust and can be used for a long time. Excellent surface treatment, not easy to leave fingerprints, comfortable hand feeling, has a modern and minimalist style. Features: High quality High hardness Simple and elegant appearance It is not easy to rust Wide Application Easy installation Specification Material: Zinc Alloy Colour: Antique Nickel Hole spacing: 96 mm. Total length: 126mm Height: 30 mm. Width: 9 mm Screw length: approx. 25 mm + approx. 45mm Hook and Loop Screw Scope of delivery: 10 x Furniture Knobs 20 x Screws Disassemble 20 screws Installation steps: 1.Use a suitable size drill bit to drill a screw mounting hole. 2. Penetrate the screws from the back of the board. 3. Screw the drawer knobs on the front. Tips: The attached screws are 25mm and 45mm. If 25mm is too short, you can use 45mm long screws and cut them to the required length.