● Each group are two big into
● Each large size 14.8x21cm
● double-sided decorative printing labels
● comes with 10 kraft paper iron band
**/ Product Description and Story /**
Dailylike gift decorative label series, each group are two Zhang into, each decorative label hole design, can be used to do with the gift line hanging decoration, the use of paper can be written, the label is not only labels, can also be uploaded Emotional little slogan, used to decorate envelopes, gifts, increase the aesthetic vision is not monotonous.
**/ product manual/**
Each set of contents includes: two large double-sided decorative printing labels + kraft paper with X10 wire band.
Double-sided label can be bundled with the gift of the bundles of iron with the ribbon tag.
Each large size: 14.8x21cm / Material: paper.
Packaging gifts, decorative envelopes card is a good helper.
A total of four designs, please go to the sections of the page to buy.
01 Animal Park: https://www.pinkoi.com/product/m2YC2ywT?category=8
02 Natural moment: https://www.pinkoi.com/product/aHHSYyvJ?category=8
03 romantic house: https://www.pinkoi.com/product/ppeHTxXE?category=8
04 Party Festivals: https://www.pinkoi.com/product/m7DfzwPr?category=8
/ Product Size cm / 14.8x21
/ Packing size cm / 14.8x21x0.3
/ Material / Paper
/ Weight g / 30
/ Designer and brand profile /
Founded in 2010, Dailylike is a Korean designer brand based on DIY materials.
Dailylike comes from Daegu, the most developed city where fabrics are made in South Korea.
With the current trend of European and American popular scrapbooking DIY, specifically for the DIY handmade fans tailor made.
Dailylike team believe that the heart can touch everyone, our products from design to finished products,
Through various checks, through serious attitude, create a happy work, so that everyone can enjoy the beautiful design of small objects easily.
Dailylike hope that everyone can enjoy the good life in the United States and Japan through our design, and love every day, we are all together.
Origin / manufacturing methods