10FT STRAIGHT TENSION FABRIC DISPLAY STAND WITH SHELVES

Description

10 FT Straight tube backdrop attached with two 25″w x 12″d shelves are mounted vertically 18″ apart from a sturdy aluminium frame and will support up to 25 lbs. each. This gives you plenty of room to showcase small products or place free samples. The included monitor mount* will support a 32″ display, giving you even more visual impact!.

It’s lightweight, packs small, and sets up in minutes.

To assemble it, all you have to do is match the numbered tube-shaped poles and snap them together to form the frame. Then, you just

pull your graphic over the frame like a pillowcase and zip it up.

Note:

Monitor bracket works with monitors weighing 15 lbs. Monitor not included.

Frame Details:

• Narrow Frame – The aluminium tubular frame is just a 1.27″ diameter pole, so everything packs compactly.
• Backdrop Frame size 115″W x 90″H
• Shelf: 13.78″x7.09″x32.68″
• Lightweight – Anyone can carry these large backdrops around.
• Tool-Free Assembly – Just match up the numbered poles and snap them together with push-button connectors.
• 5-year warranty – hardware only

Graphic Details:

• Pillowcase Design – accept your custom design with our templates.
• Graphic Design Service is also available
• Tension Fabric – The graphic stretches tightly across the frame, giving a smooth, finished look.

Standard Unit Includes:

(1) Set of frame hardware with support nubs
(1) Dye-sublimated Graphic

(1) Wood-laminated shelves (18″ apart)
(1) Soft Carry Bag
(1) Instruction Sheet

Fabric Care: The machine washes with cold water on a gentle cycle and uses a mild detergent. Do not use bleach. Tumble dry on low. Fabric must be completely dry before storing.
A steamer may be used to reduce wrinkles and fold lines after the graphic is on the frame.

Options:

Single/Double-Sided Graphic – Single side graphic is cheaper. Print a different

graphic on the backside of the display so you can easily switch out your message.

Lighting – Top-mounted LED lights make sure your message stays visible regardless

of the surrounding light.