7x5ft Gold Glitter Sequin Spot Backdrop New Vinyl Cloth Less Crease Computer Printed Bokeh Party Wedding Children Newborn Photography Backgrounds Studio Prop
Product Description
7x5ft Gold Glitter Sequin Spot Backdrop New Vinyl Cloth Less Crease Computer Printed Bokeh Party Wedding Children Newborn Photography Backgrounds Studio Prop
- Size: 3 x 5ft / 0.9 x 1.5m. Seamless, collapsible, small volume, easy storage and carry.
- Material: Backdrops are made from cloth material and are not pollution and easy to keep clean.
- Unique design: Using a series of high-tech digital design and computer-printed. Excellent color treatment and realistic detail, it makes the shooting effect more real and more colorful.
- Warm tips: Item will be sent by folded. If necessary, you can roll it up tightly with a cylinder and then just waiting for 2 to 4 days or iron the back surface with steam iron but not dry iron. Iron it with low heat.
- Application: Newborn, baby, children, holiday, Christmas decoration, studio photo video shooting props etc.
Photography Background: Using a series of high-tech digital production equipment carefully made digital pictures inkjet pictures, the picture is clear, realistic, suitable for studio, club, event or home photography, a beautiful, versatile backdrop and a work of art, materials of high quality cloth, digital background with a bright color, rich patterns, realistic. strong, lasting wear, clear non-glare, etc
Note:
1.In order to facilitate transport and packaging, will be folded cloth background shipments, resulting in creased;Do not worry, do not affect to use, recovery method as follows:(1)Roll it up tightly with a cylinder, and waiting for 3-4 days.(2)Ironing - iron the backdrop with low heat (less than 90¡ã)on an ironing board.
2. The backdrop can not be washed,but you can use wet cloth to wipe.
3. This backdrop generally will not fade unless exposed in the sun.
4. There is a little color error in printing due to different browser. Please dont mind.
5. Please allow slight dimension difference due to different manual measurement.







