Developing Gluten in Sourdough Bread: 8 Techniques You Must Know

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Developing gluten in sourdough bread is one of the most important parts of making sourdough bread. A strong gluten network can ensure that your dough doesn't stick to the banneton, has superior oven spring and doesn't collapse once it's cool.

The 8 best techniques which will help you build gluten in sourdough and create the perfect environment for holding all that CO2 gas are:

  • Stretch and Fold
  • Coil Fold
  • Lamination
  • Wrapping
  • Kneading by Hand
  • Slap and Fold
  • Pulling Dough Around the Bowl
  • Kneading with a Stand Mixer or Machine
Sourdough bread dough sitting in a bowl with a hand stretching part of the dough upwards in a stretch and fold gluten development technique.
Gluten is what makes your dough stretchy and elastic. As the gluten chains become stronger, your dough gets stronger and more stretchable.

What Is Gluten and Why Is It So Important?

Gluten is a mixture of two proteins found in wheat. When these proteins are mixed with water, they create a network of gluten chains. It's this gluten network that makes the dough elastic.

Without gluten, your dough would rip and tear (which is why making gluten free sourdough can be so difficult).

The development of gluten in sourdough bread is instrumental to the quality of bread produced. Poor gluten development does not provide an adequate structure for the CO2 gas bubbles produced by the yeast to be evenly distributed.

If the gluten network is weak it will collapse under the weight of the gas produced. This means you'll end up with a tight crumb and dense bread. Generally the opposite of what you're aiming for.

A strong gluten network will be able to withstand the pressure of the gas as it builds and hold the gas in such a way to create an even, open crumb.

A robust gluten network is also essential to ensure your sourdough doesn't collapse after it's baked as well.

Infographic with two photos of sourdough side by side. On the left the dough is shaggy and dry with poor gluten development. On the right the dough is more elastic and can form a window pane. The text on the photo says "the right gluten development techniques will help your dough go from a shaggy mess to a strong, elastic dough".

How To Develop Gluten In Sourdough Bread

Gluten will develop in sourdough bread even if you do nothing (like in this rustic sourdough bread recipe), however, agitation of the dough will speed up the formation of gluten, and make it stronger and more robust.

Generally, the longer the process you employ for sourdough, the stronger the gluten network. A longer fermentation will further develop the gluten network.

There are 8 main techniques for developing gluten when making sourdough bread.

While my basic sourdough recipe features stretch and folds to develop the gluten in the flour, there are also many other ways to develop gluten.

Like anything in life, you should use the technique you find the easiest to perform - and of course which yields the best results for your loaves.

Gluten Development Techniques for Sourdough Bread

TECHNIQUETIME NEEDEDBEST SUITED TO
STRETCH AND FOLD2 HOURS (FOR 4 TO 6 SETS)ANY LEVEL
COIL FOLD2 TO 4 HOURS (FOR 4 TO 6 SETS)HIGH HYDRATION
LAMINATION10 MINUTES PER LAMINATIONHIGH HYDRATION
SLAP AND FOLD10 MINUTES PER SESSIONANY LEVEL BUT BEST FOR HIGH HYDRATION
WRAPPING10 MINUTES PER DOUGH WRAPABOVE 70% HYDRATION
PULLING AROUND THE BOWL2 HOURS (FOR 4 TO 6 SETS)ANY LEVEL
KNEADING5 TO 10 MINUTESLOWER HYDRATION
STAND MIXER OR MACHINE5 TO 10 MINUTESANY LEVEL

Stretch and fold

Stretch and fold is possibly the most well know technique for developing gluten in sourdough bread. Stretch and folds can also be referred to as "pull and folds" or just folding. They generally all refer to the same technique.

When performing stretch and folds, you complete a set of 4 stretches and folds every 15 to 30 minutes. You aim to do around 4 to 6 sets before the dough is ready for bulk fermentation.

Stretches and folds can be done in the bowl or on the kitchen counter.

4 photos showing how to perform a stretch and fold when developing gluten in sourdough bread.

Coil Fold

Coil folds are the gentlest way of developing gluten in sourdough bread. They are best suited for high hydration dough.

You can perform coil folds in combination with other gluten development techniques.

Coil folds could be performed towards the end of the bulk fermentation if you think the gluten needs further agitation. They are gentle enough not to disturb too many of the bubbles that have formed during fermentation.

To do a coil fold, you'll need to wet your hands and loosen the dough around the edges of the bowl. Pick up the dough in the centre and then use the dough's own weight to let it fall. As you place it back in the bowl, you coil it under itself.

Turn the bowl 90 degrees and repeat the process.

You can see a comparison of stretch and folds vs coil folds here.

Lamination

Lamination is a great technique for developing gluten and is easier than you might think. It's perfect for adding other ingredients to your dough, like nuts, dried fruit and chocolate.

Generally, you'll need to perform some stretch and folds or coil folds before you laminate the dough. Alternatively, you'd need to leave the dough to develop some gluten structure on it's own before you performed this technique.

You can see how lamination is performed in the photo below and you will find a full guide to laminating sourdough here.

8 photos showing how to laminate sourdough bread to develop gluten.

Wrapping

Wrapping sourdough is a very underrated technique to develop gluten. It can be a great way to really get your hands in the dough!

To wrap your dough, you'll need to gather the whole piece of dough out of the bowl and use one hand to simply wrap it around the other hand. I suggest wetting your hands before you perform this technique.

Once the dough has been wrapped around your hand, you can remove it and place it back in the bowl. The dough will look like a spiral.

Kneading

It's often said that sourdough bread doesn't require kneading - and this is true - you can make sourdough without kneading. However, it's definitely possible to knead sourdough and it can be a successful technique for developing gluten quickly.

Almost any dough can be kneaded, however if you are working with a higher hydration dough it can get more difficult to knead.

Slap and fold

Slapping and folding sourdough is quite a fun technique - but it can get messy if your dough is sticky. This technique is best suited to high hydration sourdough where you can actually use the stickiness to your advantage.

You are basically taking the whole piece of dough and slapping it down on the table or counter while you pull it towards you and then fold it back over itself.

The slap and fold technique can turn a very sticky mess into a strong ball of dough fairly quickly.

Pulling Around The Bowl

I use this technique in conjunction with stretches and folds in my simple sourdough recipe. This is a great way to take the dough from a shaggy mess into a more structured dough, ready for stretches and folds.

You simply use your finger tips to pull the dough in short, upwards motions as you move around the bowl. You can generally perform around 20 to 25 of these dough pulls as you move around the bowl.

The dough will usually stiffen as you near the end of this sourdough gluten development technique.

Using Stand Mixer or Bread Machine

You can knead sourdough using a stand mixer or a bread machine. These methods can build gluten very quickly and can be great options for people who are time poor or who aren't able to handle the dough very well with their hands.

A stand mixer or bread machine can be used to autolyse, mix and knead the sourdough, before it is left to complete bulk fermentation.

You can find techniques for making sourdough using the following machines here:

How To Test Gluten Strength in Sourdough

When implementing any of the above gluten development techniques, you may want to test the strength of the gluten in your dough so you know when to move onto the bulk ferment.

The window pane test is the way to do this.

You pull a piece of sourdough between your fingers and stretch it very thin (so you can see light coming through). If the dough tears, the gluten network isn't developed enough. If you can stretch it without breaking, the gluten network is strong.

Sourdough window pane being shown - dough being pulled into a thin layer to show the light shining through the back.

Does Hydration Affect Gluten Development in Sourdough?

Yes different hydration levels will affect the gluten development in sourdough bread. Higher hydration doughs will generally develop gluten faster than lower hydration doughs.

Lower hydration doughs are stiffer and you'll have to work harder to agitate the proteins than you would in a higher hydration dough. Examples of lower hydration doughs would be sourdough pretzel dough or sourdough bagel dough.

Can You Add Gluten To Sourdough Bread?

Yes, you can add vital wheat gluten to sourdough bread dough to increase the gluten. However, it's really only necessary if you're using a lower protein flour (like all purpose flour) or you're using rye and whole grains which are lower in gluten naturally.

Does Fermentation Break Down The Gluten Structure?

Yes, fermentation will eventually start to break down the gluten structure of your bread. This is where it's important to find that sweet spot, particularly for cold fermentation.

You want a long enough fermentation to create a strong gluten structure and good flavor from the lacto bacteria, but not so long that the bacteria start to actually break down all the strength you've worked hard to build up.

This is also why over fermented sourdough collapses when you tip it out of the banneton. When it's left too long, the gluten network breaks down and cannot support the gas bubbles any longer.

Develop gluten in sourdough bread - Pinterest Image

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7 Comments

  1. Recently I have begun making sourdough bread, and I am really learning from your website. One issue, however: I question your comment that "rye and whole wheat grains . . . are lower in gluten naturally." I understood that glutenous whole grain flours are HIGHER protein (and incidentally require more hydration to activate the gliadin and glutenin to form the gluten; also once the gluten is activated, the sharp edges of the bran remaining in the whole grain flour can sever the gluten strands, which is why some people add more gluten to whole grain flour). Your website is hugely helpful to me, but I'm thinking on this one point you may not be quite right. Go, PantryMama!

  2. I think I don’t develop enough gluten during my stretch and fold, is it ok to continue the process beyond the 6 times until the window pane effect develops….

  3. I have been using your wrapping technique for my sourdough and it has been wonderful. I have a weak wrist due to an injury and this technique has been an absolute game changer for me.

  4. Thanks Kate, this is a great read and clarified some points for me.
    Personally, I use your stretch and fold method as I have had most success with that. I now use your simple loaf recipe and bake all loaves in a loaf tin as our bread is used mainly for toast and this shape works the best for us.
    Thank you for all the work you put into this site as your info has helped us settle into a workable sourdough rhythm that fits our lifestyle. 🍞👍😁

  5. Great techniques! I’ve used pulling the dough together during autolyse, then stretch&fold, wrapping and lamination.

  6. In my first try with trying to glutenize my white loaf pan sourdough I was pretty unsuccessful. The dough stuck to the bowl and wouldn't form into a ball. It tore when I tried to stretch it the whole time. I used your recipe of 500/350/100/10 loaf pan bread. I fermented it in a proofer at 79-80 degrees for about 5 hours and cold proofed it in the loaf pan for 24 hours. Cooked it at 392 degrees for 45 minutes. It turned out white as a ghost and didn't rise hardly at all. My starter which I made with 30 bread flour 10 ww flour 10 rye flour is 3 weeks old but looked pretty strong. I added it to the flour water when it had risen over twice the amount.