<p>I would agree with much of what was said, especially as it pertains to parchment paper. However, there are some new and old provisos which apply to parchment. </p>

<ol>
<li>It is unlikely you will find a sufficiently large enough sheet to accommodate the demands of a complex model in a stationary or office supple store. Size follows function in these cases, and you may want (by example0 a square larger than 11" x 14" sheets can provide.</li>
<li>The other caveat (which may not make a difference to you) is the watermark that many fine parchment papers have...especially those purchased commercially, as referred to above.</li>
<li>The thinner the better in complex-level folds--one of the reasons parchment has much to recommend it because of its fiber content. That said, a 24lb sheet ordered from a printing house or similar business is going to be challenging as you work on crimps, sinks, or rabbit folds 80 steps into the instruction set. </li>
</ol>

<p>Non-slick Baking Paper, which you can purchase from restaurant supply stories, may be something to consider for practice sessions. If you are using butcher block paper to practice, you may want to apply a stiffening agent to it. One fairly inexpensive option is using a readily available product called  "Stiffy," which is generally (but not only) used for fabrics. I have used it for my fabric origami and it should work satisfactorily for paper. (Just be sure to apply it evenly, squeegee off the excess liquid, and allow sufficient time for it to dry. Once that is done, <em>then</em>, cut the paper down to the size you wish to use for the model.) </p>

CC BY-SA 3.0
2018-04-18T20:04:39.303Z
2018-04-30T20:00:49.280Z
2018-04-30T20:00:49.280Z
Douglas Spaulding
<p>From <em>The Complete Book of Origami</em> by Robert Lang (pg 3-4):</p>
<blockquote>
<p>As a fold becomes more complex, the tensile properties of the paper assume greater importance. ... A more complicated fold (such as the Deer) requires a thin, crisp paper for best results. ... The considerations when choosing a paper are thickness, strength, ability to hold a crease, crispness (how well flat surfaces support themselves) and forgiveness (how much a crease damages the paper). These qualities, however, cover conflicting objectives. A crisp paper gives clean lines to a model but does not lend itself to subtle shaping and gentle curves. Thick paper takes creases better than thin paper, but complicated models, which have many layers of paper in them, will burst at the seams if made from thick paper. <strong>Foil-backed paper</strong> (wrapping paper) has become very popular for complex folds. It holds creases extremely well, it has moderate tensile strength, and it can be readily shaped. Unfortunately, it has abominable forgiveness—the slightest wrinkle leaves a permanent mark on the surface, and the paper weakens drastically after it has been creased a few times. The shiny, metallic surface is not particularly appealing in many folds, but that problem can be circumvented by folding the metallic side toward the inside of a model. Nevertheless, every model in this book can be folded from foil paper, so you might want to invest in some. It is often sold in stationery stores with wrapping paper. Many art stores also carry it in large single sheets, and you can usually get the thinnest paper there.</p>
</blockquote>

CC BY-SA 4.0
2022-12-21T23:02:43.907Z
2022-12-22T01:23:07.423Z
2022-12-22T01:23:07.423Z
qwr
<p>When rejecting DIY solutions, you are limiting your choice a lot. Methylcellulose (MC)-glued double and triple tissue and well as self-made tissue foil are very popular and relatively inexpensive materials for folding exactly the kind of models you describe.</p>

<p>The situation is not hopeless, however. There are ready-made papers which may suit your needs, but you will usually have to pay dearly for the benefit of not having to prepare paper yourself.</p>

<ul>
<li>For practice, Kraft paper is often very good. It is widely available, strong, and you can get it in a range of thicknesses, including thin (e.g. 40 gsm). It does not look too good, but its folding properties are quite nice and it is inexpensive. You can usually get some variant in a local art supply store and save on shipping fees. This kind of paper often comes in rolls in which case you can get large formats, even above 1 m, easily (you have to cut the square yourself in such case, though).</li>
<li><a href="http://www.origami-shop.com/en/origamipapertissuefoil60x60greenscrapbookingorigamishopcom-xml-219_346_349-1510.html">Nicolas Terry Tissue Foil</a> is a ready-to-use replacement for self-made tissue foil and seems to be thinner than what you can make yourself.</li>
<li>Various mulberry papers can be good for this sort of models. They are available online and sometimes in art supply stores (depending on where you live).</li>
<li>A broad range of Washi papers are suitable for complex models. Be careful, however as Washi can mean a lot of different things, from very thin to rather thick. Be sure to check the weight / thickness of the paper.</li>
<li>A number of hand made papers may be suitable but since they are all unique, and often do not even have an official weight rating, it may be hard to find the right one without touching it or having a qualified seller who knows origami choose one for you.</li>
<li>And of course at the high end there's some <a href="http://www.origami-shop.com/en/origamido-paper-xml-207_215_657_285-2000.html">Origamido available online</a>. That's what Robert Lang often uses for his best models, though it comes with a price tag of €13 per sheet.</li>
</ul>

<p>These were some specific paper types which may (or may not) fit your model. Note that each particular model may have different requirements on thickness and stiffness of the paper. For example, <a href="https://www.flickr.com/photos/origami-artist-galen/23735114470/">Shuki Kato's elephant</a> can certainly be considered a complex model (196 steps) but it can be, and very often is, folded from Elephant Hide paper (110 gsm) which is an absolute no go for most insect models.</p>

<p>So, think about a particular model. What you can do is search flickr or other places where lots of origami models are displayed for your model. People will often add the paper type and weight to the model's description and this can help you choose paper for your own folding. When you buy online at a specialist origami store, you can also ask the shop about particular paper's suitability for certain kinds of models. No one can guarantee you a good fold (it depends very much on your own work), but they can give you hints which paper may be good and which you should avoid.</p>

<p>Ilan Garibi has a series of <a href="https://origamiusa.org/thefold/keywords/278">paper reviews on OrigamiUSA</a> where he has reviewed a number of commercially available papers. I have found these reviews to be very helpful when I started to get interested in origami papers myself.</p>

<p>Finally, here are some properties of the paper you should look for. Generally, you want your paper to be thin, yet strong and crisp. In more detail, this means paying attention to:</p>

<ul>
<li>Paper weight, usually expressed in gsm (grams per square meter). These values are only approximate ratings but they give you an idea of how thick the paper is. 80 gsm is the weight of standard copy paper and is too much for many complex models, for which you should look for 40-60 gsm paper. Some very fine papers used for insects go as low as 20 gsm. Elephant Hide, a thick and stiff paper, is rated at 110 gsm. Papers around 160-300 gsm are suitable for wet folding but hardly foldable dry.</li>
<li>Fibre types: hand-made papers have long fibres which is usually a good thing. Longer fibres make the paper stronger and make it behave better when you need to wet fold some detail.</li>
<li>Crispness: it should be possible to make a sharp, well-defined crease at exactly the place you want it and paper should hold the crease well. This is especially important for complex folds like sinks where you precrease a line and then collapse along it. Soft paper has its benefits too, but too soft may make folding difficult.</li>
<li>Aging: one of the reasons I started using better papers was I noticed I had to throw away a number of old models which had faded and become very ugly. If you invest a lot of time into folding a complex model, you want it to stay looking fresh for a long time. Chlorine-free and acid-free papers are expected to last longer than those with the extra additives. Hand made papers often avoid these chemicals and age quite well.</li>
</ul>

<p>The <a href="https://origamiusa.org/thefold/article/paper-review-1-elephant-hide">first paper review by Ilan Garibi</a> describes these and many more properties which affect how origami paper behaves when you fold it and which make it suitable or not for particular model types.</p>

CC BY-SA 3.0
2016-05-27T13:15:27.697Z
2016-05-27T13:15:27.697Z
Michał Kosmulski
<p>I'm thinking of stepping up to folding complex origami models, such as those by <a href="http://www.folders.jp/" rel="noreferrer">KAMIYA Satoshi</a>, <a href="http://origami.gr.jp/~hojyo/004phototop.htm" rel="noreferrer">HOJYO Takashi</a>, and <a href="http://www.langorigami.com/" rel="noreferrer">Robert Lang</a>, but obviously 10" origami paper (kami) isn't going to cut it, as you typically need much larger paper (60cm x 60cm being not uncommon a requirement).  What should I look for (thickness, weight, fiber types, sizing) when hunting up paper sources for this kind of model?  I'm not interested in making my own  or other DIY solutions (e.g., methyl cellulose, foil tissue, etc.), or going super-expensive high end, like Origamido paper.</p>

<p>If I have to buy paper over the internet that I can't touch/feel, how can I judge if it's suitable for folding complex models?</p>

CC BY-SA 3.0
2016-05-16T01:47:41.760Z
Then you probably have an issue, more intricate models with lots of extended parts like ants and spiders really need a thin and easily manipulated paper like foil tissue, sourcing that is much harder then buying some tissue, a roll of foil and a good spray on adhesive.

Kamiya's models really need some fine paper.  For most of Hojyo and Lang's you can use fine butcher paper if you are looking for a ready made solution.
Sky
<paper><origami>
What should I look for in a paper for a complex origami model?
inkista
# What should I look for in a paper for a complex origami model?

(Asked by: username_0 on 2016-05-05)

I'm thinking of stepping up to folding complex origami models, such as those by [KAMIYA Satoshi](http://www.folders.jp/), [HOJYO Takashi](http://origami.gr.jp/~hojyo/004phototop.htm), and [Robert Lang](http://www.langorigami.com/), but obviously 10" origami paper (kami) isn't going to cut it, as you typically need much larger paper (60cm x 60cm being not uncommon a requirement). What should I look for (thickness, weight, fiber types, sizing) when hunting up paper sources for this kind of model? I'm not interested in making my own or other DIY solutions (e.g., methyl cellulose, foil tissue, etc.), or going super-expensive high end, like Origamido paper.

If I have to buy paper over the internet that I can't touch/feel, how can I judge if it's suitable for folding complex models?

**Tags:** paper, origami

> **Comments:**
> **username_1**: Then you probably have an issue, more intricate models with lots of extended parts like ants and spiders really need a thin and easily manipulated paper like foil tissue, sourcing that is much harder then buying some tissue, a roll of foil and a good spray on adhesive.  Kamiya's models really need some fine paper.  For most of Hojyo and Lang's you can use fine butcher paper if you are looking for a ready made solution.  

---

## 3 answers

### Answer by username_4 on 2016-05-27. Score: 10 | Accepted answer

When rejecting DIY solutions, you are limiting your choice a lot. Methylcellulose (MC)-glued double and triple tissue and well as self-made tissue foil are very popular and relatively inexpensive materials for folding exactly the kind of models you describe.

The situation is not hopeless, however. There are ready-made papers which may suit your needs, but you will usually have to pay dearly for the benefit of not having to prepare paper yourself.

* For practice, Kraft paper is often very good. It is widely available, strong, and you can get it in a range of thicknesses, including thin (e.g. 40 gsm). It does not look too good, but its folding properties are quite nice and it is inexpensive. You can usually get some variant in a local art supply store and save on shipping fees. This kind of paper often comes in rolls in which case you can get large formats, even above 1 m, easily (you have to cut the square yourself in such case, though).
* [Nicolas Terry Tissue Foil](http://www.origami-shop.com/en/origamipapertissuefoil60x60greenscrapbookingorigamishopcom-xml-219_346_349-1510.html) is a ready-to-use replacement for self-made tissue foil and seems to be thinner than what you can make yourself.
* Various mulberry papers can be good for this sort of models. They are available online and sometimes in art supply stores (depending on where you live).
* A broad range of Washi papers are suitable for complex models. Be careful, however as Washi can mean a lot of different things, from very thin to rather thick. Be sure to check the weight / thickness of the paper.
* A number of hand made papers may be suitable but since they are all unique, and often do not even have an official weight rating, it may be hard to find the right one without touching it or having a qualified seller who knows origami choose one for you.
* And of course at the high end there's some [Origamido available online](http://www.origami-shop.com/en/origamido-paper-xml-207_215_657_285-2000.html). That's what Robert Lang often uses for his best models, though it comes with a price tag of €13 per sheet.

These were some specific paper types which may (or may not) fit your model. Note that each particular model may have different requirements on thickness and stiffness of the paper. For example, [Shuki Kato's elephant](https://www.flickr.com/photos/origami-artist-galen/23735114470/) can certainly be considered a complex model (196 steps) but it can be, and very often is, folded from Elephant Hide paper (110 gsm) which is an absolute no go for most insect models.

So, think about a particular model. What you can do is search flickr or other places where lots of origami models are displayed for your model. People will often add the paper type and weight to the model's description and this can help you choose paper for your own folding. When you buy online at a specialist origami store, you can also ask the shop about particular paper's suitability for certain kinds of models. No one can guarantee you a good fold (it depends very much on your own work), but they can give you hints which paper may be good and which you should avoid.

Ilan Garibi has a series of [paper reviews on OrigamiUSA](https://origamiusa.org/thefold/keywords/278) where he has reviewed a number of commercially available papers. I have found these reviews to be very helpful when I started to get interested in origami papers myself.

Finally, here are some properties of the paper you should look for. Generally, you want your paper to be thin, yet strong and crisp. In more detail, this means paying attention to:

* Paper weight, usually expressed in gsm (grams per square meter). These values are only approximate ratings but they give you an idea of how thick the paper is. 80 gsm is the weight of standard copy paper and is too much for many complex models, for which you should look for 40-60 gsm paper. Some very fine papers used for insects go as low as 20 gsm. Elephant Hide, a thick and stiff paper, is rated at 110 gsm. Papers around 160-300 gsm are suitable for wet folding but hardly foldable dry.
* Fibre types: hand-made papers have long fibres which is usually a good thing. Longer fibres make the paper stronger and make it behave better when you need to wet fold some detail.
* Crispness: it should be possible to make a sharp, well-defined crease at exactly the place you want it and paper should hold the crease well. This is especially important for complex folds like sinks where you precrease a line and then collapse along it. Soft paper has its benefits too, but too soft may make folding difficult.
* Aging: one of the reasons I started using better papers was I noticed I had to throw away a number of old models which had faded and become very ugly. If you invest a lot of time into folding a complex model, you want it to stay looking fresh for a long time. Chlorine-free and acid-free papers are expected to last longer than those with the extra additives. Hand made papers often avoid these chemicals and age quite well.

The [first paper review by Ilan Garibi](https://origamiusa.org/thefold/article/paper-review-1-elephant-hide) describes these and many more properties which affect how origami paper behaves when you fold it and which make it suitable or not for particular model types.


---

### Answer by username_2 on 2018-04-18. Score: 3

I would agree with much of what was said, especially as it pertains to parchment paper. However, there are some new and old provisos which apply to parchment.

1. It is unlikely you will find a sufficiently large enough sheet to accommodate the demands of a complex model in a stationary or office supple store. Size follows function in these cases, and you may want (by example0 a square larger than 11" x 14" sheets can provide.
2. The other caveat (which may not make a difference to you) is the watermark that many fine parchment papers have...especially those purchased commercially, as referred to above.
3. The thinner the better in complex-level folds--one of the reasons parchment has much to recommend it because of its fiber content. That said, a 24lb sheet ordered from a printing house or similar business is going to be challenging as you work on crimps, sinks, or rabbit folds 80 steps into the instruction set.

Non-slick Baking Paper, which you can purchase from restaurant supply stories, may be something to consider for practice sessions. If you are using butcher block paper to practice, you may want to apply a stiffening agent to it. One fairly inexpensive option is using a readily available product called "Stiffy," which is generally (but not only) used for fabrics. I have used it for my fabric origami and it should work satisfactorily for paper. (Just be sure to apply it evenly, squeegee off the excess liquid, and allow sufficient time for it to dry. Once that is done, *then*, cut the paper down to the size you wish to use for the model.)


---

### Answer by username_3 on 2022-12-21. Score: 1

From *The Complete Book of Origami* by Robert Lang (pg 3-4):

> As a fold becomes more complex, the tensile properties of the paper assume greater importance. ... A more complicated fold (such as the Deer) requires a thin, crisp paper for best results. ... The considerations when choosing a paper are thickness, strength, ability to hold a crease, crispness (how well flat surfaces support themselves) and forgiveness (how much a crease damages the paper). These qualities, however, cover conflicting objectives. A crisp paper gives clean lines to a model but does not lend itself to subtle shaping and gentle curves. Thick paper takes creases better than thin paper, but complicated models, which have many layers of paper in them, will burst at the seams if made from thick paper. **Foil-backed paper** (wrapping paper) has become very popular for complex folds. It holds creases extremely well, it has moderate tensile strength, and it can be readily shaped. Unfortunately, it has abominable forgiveness—the slightest wrinkle leaves a permanent mark on the surface, and the paper weakens drastically after it has been creased a few times. The shiny, metallic surface is not particularly appealing in many folds, but that problem can be circumvented by folding the metallic side toward the inside of a model. Nevertheless, every model in this book can be folded from foil paper, so you might want to invest in some. It is often sold in stationery stores with wrapping paper. Many art stores also carry it in large single sheets, and you can usually get the thinnest paper there.


---

