📖 READER VIEW (Read-Only, Public Access)
The user's bread dough is tough and difficult to work with, resulting in dense bread. They suspect over-kneading as the cause and are seeking guidance on how to determine when dough is sufficiently kneaded.
I've been using King Arthur Baking's Bread Flour for years, and it's always been reliable. However, the last bag I bought was a different brand, 'Great Value' all-purpose flour, because it was all I could find at the time. I know it's not bread flour, but I figured it would be okay for a basic loaf. I'm wondering if that's the culprit, or if the new bread flour I bought this week is also different.
I usually knead by hand for about 10-15 minutes. I'm pretty diligent about it, trying to get a good stretch and fold. If I'm using a stand mixer, I'll typically run it on medium speed for about 8-10 minutes. I'm trying to be careful not to overdo it, but it's hard to tell sometimes.
I'd say my hydration is around 60%. I usually add 300ml of water to 500g of flour. It's a fairly standard hydration for a basic white loaf, and it's worked well for me in the past. I haven't changed the water amount.
Yes, that's exactly what I'm seeing. Initially, the dough is shaggy and sticky, as expected. But as I knead, it starts to become smoother and more elastic. However, with this new flour, it seems to go past that point too quickly. It gets very smooth and then starts to feel almost rubbery and resistant, like it's fighting back. It doesn't feel as pliable as it used to.
My go-to recipe is usually a simple white bread: about 500g of bread flour, 300ml of water, 10g of salt, and 7g of instant yeast. I haven't made any major changes recently, but I did try a new brand of bread flour last week, and that's when I started noticing this issue. It's possible the new flour behaves differently.
Amassar em excesso pode quebrar as cadeias de glúten, tornando a massa dura e elástica, levando a um produto final denso. Isso acontece quando a rede de glúten é desenvolvida demais e depois começa a se degradar.
Uma massa com pouca água ficará rígida e difícil de trabalhar, resultando em um miolo denso. Isso pode fazer com que pareça dura, mesmo que não tenha sido sovada em excesso.
Farinhas com maior teor de proteína, como a farinha de pão, desenvolvem o glúten mais facilmente. Usar muita farinha de pão ou amassar demais pode facilmente levar à aspereza.
Se a massa não crescer suficientemente antes de assar, a estrutura do glúten não terá tempo suficiente para relaxar e expandir, resultando num pão denso.
🤖 AI Analysis
"The user explicitly states they used 'Great Value' all-purpose flour instead of their usual bread flour, and this is the first time they noticed the issue. This directly points to using the wrong type of flour as the primary cause of the tough dough and dense bread."
🤖 AI Analysis
"The user describes the dough becoming 'rubbery and resistant' and 'fighting back' during kneading, which is a classic sign of over-kneading, especially with a flour that might have a different protein content or absorption rate than they are used to. The user also mentions trying a new brand of bread flour, which could also have a different protein content."
🤖 AI Analysis
"This solution is closely related to [851]. The user's description of the dough going 'past that point too quickly' and becoming 'rubbery' indicates they are likely over-kneading. Reducing kneading time based on the dough's feel is crucial when using a new or different flour."
🤖 AI Analysis
"The windowpane test is a key indicator of proper gluten development. The user's description of the dough becoming 'rubbery' suggests they might be over-kneading past the optimal point, which the windowpane test can help them identify and avoid."
🤖 AI Analysis
"The user mentions their dough feels tough and difficult to work with. While they state their hydration is 'around 60%' and hasn't changed, the switch to a different flour (especially all-purpose) could affect water absorption. Slightly increasing hydration might help make the dough more pliable, but it's secondary to the flour type and kneading."
🤖 AI Analysis
"This is a good general technique for managing dough consistency. If the user continues to experience issues with different flours, gradually adding water can help them achieve a more manageable dough, especially if the new flour absorbs water differently."
🤖 AI Analysis
"The user mentions using a stand mixer and trying not to overdo it. While they don't explicitly state they are over-kneading with the mixer, using a timer can help prevent over-processing, which is a potential issue given the dough's behavior."
🤖 AI Analysis
"The problem description focuses on the dough's texture during kneading and the final bread's density, not on the proofing process. While proper proofing is important for overall bread quality, it's not the primary cause of the user's described issues."
🤖 AI Analysis
"Similar to [852], observing dough volume is related to the proofing stage, which is not the core of the user's problem. The user's issue lies in the dough's handling and development before proofing."