Vector Frame Curve Banner 2

Vector Frame Curve Banner displays are tension fabric frames made of 50mm aluminum extrusions that work with silicon edge graphics (SEG), also called push fit fabric graphics. The frame has a channel and the graphics have a silicone strip sewn around the perimeter. When the silicone edge is inserted into the channel, it pulls the graphic tight and smooth for a clean, professional looking display. The curved shape of the Vector Frame Curve Banner display allows it to be used in the concave or convex shape when used as a single sided display, with a plain white back side. It can also be configured with graphics on the front and back for double sided use.

Made in the USA, Vector Frame displays make excellent trade show displays, kiosks, and are excellent alternatives to banner stands.

The fabric graphics are dye sub printed using the latest printing technology to provide rich, vibrant color images that are durable and wrinkle resistant. These graphics are printed and hand-sewn in the USA to ensure the highest quality and proper fit. Regardless of any marketing claims, there is no such thing as a wrinkle-free fabric. Fabric graphics are wrinkle resistant, but after folding them and packing them with the display, they are guaranteed to be wrinkled. The reason they are called wrinkle-free is because they are stretched tight when attached to the frame which is assumed to smooth out any wrinkles, and this generally does a good job, but steaming is the best method to completely remove wrinkles.

The Vector Frame Curve Banner 2 includes the frame with support feet, fabric graphic and a hard wheeled shipping case. When ordering, you will need to specify whether you want a convex or concave graphic for single sided displays. Lighting options are available in the Related Products tab.

The Vector Frame Curve Banner 2 tension fabric display has an assembled size of 56.8" w x 94.7" h x 19.7" d, with a total visual graphic area of 51.375 x 94.375 on the concave side and 52.625 x 94.375 on the convex side.