Description
Curtain rod Bend double-barreled with aluminum inner track profile Ø 20mm for wall mounting.
Modern pole with aluminum inner profile for wall mounting. An advantage of the inner track curtain sets is the possibility to move the curtain absolutely freely along the entire length of the curtain rod. The wall brackets, thanks to its construction, always keep the glider running freely, thus guaranteeing a trouble-free path for the curtain all round.
You are ordering a complete inner track curtain rod consisting of:
2 pcs. aluminum inner running profile Ø 20mm, the anodized surface in stainless steel look, white or black, is absolutely suitable for our wall brackets Bend made of aluminum and end pieces made of aluminum or V2A stainless steel. Glider width 6mm, length from 100cm to 400cm. Lengths of up to 600cm (also in one piece) are also possible on request.
2 pcs. or 3 pcs. (depending on the ordered length) wall bracket Bend made of aluminum in different lengths and surfaces, including fastening material. If desired, you can also order additional wall brackets.
4 pcs end pieces (of your choice).
Desired number of curtain gliders, various glider systems of your choice. We recommend at least 10 gliders per 1 meter curtain width.
*Custom-made products on request, apart from straight curtain rods, we also produce all our sets in any other shape, absolutely curved according to your needs and space situation.
Order correct length.
Ordered length is the tube length without end pieces.
*If desired, please enter the number in cm in the field "shorten by:". then we will cut the aluminum profile to the right length for you. For example: if you need a curtain rod length of exactly 226cm, then please select under "tube length" - 240cm, and in the field "cut by:" enter the number "14 cm". Profile sections are not sent.
* Parcel service shipping: The aluminum profile is divided in the middle from a length of more than 260cm. A connection adapter is included. A support is to be attached to the connection point.
* Freight forwarding: The aluminum profile (up to 400cm) is delivered in one piece.
* Curtain rods 400-600cm - price on request.
Curtain rod colors
Our Bend curtain rods are made of aluminum with an inner profile Ø 20mm. You can choose the following surfaces: stainless steel look, glossy white, matt black and glossy black. The accessories - the supports and the end caps can of course be ordered in matching materials: stainless steel V2A, aluminum white glossy or aluminum black satin finish. Of course it is also possible to combine the colors, e.g. B: Stainless Steel/White, Black/White or Stainless Steel/Black.
Fastening system for mounting on the wall Bend 2-track.
You can place these wall brackets on the curtain rod absolutely freely.
You can screw the Bend wall bracket directly to the wall with Spax screws.
Then slide the flat nut into the fastening barrel of the profile and position it according to the wall brackets already attached. Screw the profile screws onto the flat nuts.
Order desired gliders with hooks for curtains and curtains:
X Glider: Standard curtain gliders with pleating hooks, made entirely of plastic, color white, are inserted into the rail at the side.
rotary glider: Comfort curtain gliders with clip-on hooks, made entirely of plastic, color white, these gliders can be screwed in or out at any point on the inner track system.
Glides with stainless steel hooks: Very stable (up to 1.5 kg/each) and at the same time very smooth-running gliders with stainless steel hooks. Especially suitable for heavy drapes and drapes, wet areas and outdoor areas, e.g. curtains for vestibules or wind protection curtains for patios or balconies.
loop gliders: Sliders for loop curtains made entirely of plastic, color white. Due to its semicircular shape, the sliding element offers very good sliding properties in all of our inner rails.
Order any end pieces for Bend inner track curtain rods with a round profile 20mm.
We have different end pieces for our 20mm inner races. Simply select the desired end piece in the corresponding field.