Drawer runners ball bearing 278mm - H17 (right and left side)

Drawer runners ball bearing 278mm - H17 (right and left side)

Availability: In Stock

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£0.87
20% VAT included

Technical data: Ball bearing drawer runners 278mm H17

 Producer: Furnica
 Length: 278mm
 Height: 17mm
 Material: Zinc coated steel
 Material Thickness: 1.0m
 Max Weight: 10kg
 Additional Mechanism: Rubber brake
 End Extension Lock: Yes
 Colour: Zinc
 Quantity: 2 (right and left side)

 

Runners are devices that significantly facilitate the movement and displacement of various elements with relative to each other. They are perfect for mounting on door leaves as well as on drawers. Drawers with runners are moved very easily, lightly and gently. It is also a great way to protect this type of furniture. Contact of the drawer with its housing exposes individual panels to constant impacts, and this can affect the furniture too quickly. Runners avoid this.

Technical data

The runners offered in our store are made of galvanized steel. They are durable and perfectly serve for a long period of time. They have a length of 278 mm and a height of 17 mm. The package includes two pieces of runners: left and right. The thickness is 1 mm. The maximum lifting capacity of the runners is 10 kg. In addition, the runners are equipped with a rubber brake, which protects against too dynamic and intense movement. it is also extremely important that they have end extension lock. Thanks to it, the drawers do not fall out, the runners are blocked, and even maximum opening protects against removing the drawers from the furniture. Of course, this is still possible, but it can only be done intentionally. However, the drawer will not fall out.

Using the runners

The runners are perfect for everyday use. The method of assembly is extremely simple and easy. This can be done in just a few minutes. At the same time, they significantly facilitate the daily operation and use of drawers. They increase comfort and, on the other hand, protect against rapid destruction or damage to structural elements.