Origami Super Difficult Origami 30cm Square Dragon Heartbreak paper craft set JP

Description

D
escription
･Condition: Brand New
[Set contents] Carapelapis (copper), satogami (sumi),
high-quality origami (cha, black, mouse, white) 1 each
[Paper] Carapelapis: A thin paper with a metallic shine like minerals
that is easy to fold and has a profound feeling.
Satogami: Felt-like texture with simple gentleness and warmth that can express
the texture of living things.
[Specifications] Total folding process: 120 / Estimated production time: 1 hour and a half or more
[Author] Origami writer Soraya Miyamoto
[Characteristics] An ultra-difficult origami series that makes high-quality works
from a single sheet of origami and is difficult to even complete.
The most difficult toyo ever! Only one origami is used
Whether to put origami first or to break your heart, the appearance of ultra-difficult origami
Includes 2 sheets of special paper that looks beautiful as well as normal woodfree paper
Uses 30 cm square large format paper that is easy to fold even a little
Using the origami drawings of famous origami writers, the quality is exactly "with origami"
Please try this "super difficult origami" by all means.
Payment
We only accept PayPal payments.
Please pay immediately after purchase.
About Us
We are located in Japan.
It's our pleasure to make you happy by proposing our recommend item.
If you have any questions or request about items, please feel free to ask us.
International Buyers - Please Note:
・Import duties, taxes and charges are not included in the item price or shipping charges. These charges are the buyer’s responsibility.
・Please check with your country’s customs office to determine what these additional costs will be prior to bidding/buying.
・These charges are normally collected by the delivering freight (shipping) company or when you pick the item up - do not confuse them for additional shipping charges.
・We do not mark merchandise values below value or mark items as “gifts” - US and International government regulations prohibit such behavior.