Custom UV DTF Decal Transfer stickers Cutting at Bali Print Shop

Custom UV DTF Decal Transfer stickers Cutting at Bali Print Shop. for rigid media on glass, metal, ceramic, wood board, acrylic board, cardboard, plastic board, etc.

UV Decal Transfer stickers
UV Decal Transfer stickers

UV Decal Transfer stickers

Rp 150 /pc
[ pcs ]
Weight
kg [ pcs ]
DISCOUNT PRICE
2 x minim order
3 x minim order
4 x minim order
More than 4x
:
:
:
:
-20%
-25%
-30%
-40%
MINIMUM ORDER :
The minimum order quantity depends on the Sticker Size. The smaller the size, the more the minimum order. Minimal order is per design file. If you have more than one design, you need to do repeat order.


Maximum Print Size :
27cm x 45cm

UV Decal Transfer stickers

UV Decal Transfer stickers Cutting at Bali Print Shop


UV DTF printing technology allows designs to be printed onto UV DTF films to create "UV transfer stickers".  These stickers offers outstanding features and benefits. You can expect durability, vibrant colors, and the ability to withstand various weather conditions. These stickers are made entirely of UV-cured ink, allowing for intricate prints with fine details. They are printed in multiple layers, resulting in a raised and durable surface.


UV DTF Sticker print capable of printing Embossed effects, with rich and clear pattern layers. UV curing varnish gives the printed products a glossy feel, making the pattern colors stay intact for a long time while being artistic; capable of printing painting style patterns, with great application space in advertising decoration, label printing, and other industries.  

Durable & weatherproof

can apply on rigid media such as glass, metal, ceramic, wood board, acrylic board, cardboard, plastic board, etc. It can effectively help you to improve product recognition, increase differentiation and give customers a better visual experience and rich color effects.


Embossed Ink Effect

UV DTF Decal transfer stickers have no background and can be printed in full color, offering a high-quality look with their 3D raised surface effect.