White bread
A lean loaf of white wheat flour, water, salt and commercial yeast — the reference point against which other breads are usefully understood.
Also called plain loaf (UK), sandwich loaf (INTERNATIONAL) — Refers to the tin-baked form specifically.
White bread is a lean dough: flour, water, salt and yeast, with little or no fat or sugar. It is the most useful product on this site to understand first, because everything else in the bread family is a documented departure from it.
Add fat and sugar and eggs and it becomes enriched. Replace the commercial yeast with a maintained culture and it becomes sourdough. Roll fat into it in sheets and it becomes laminated. Each of those changes has a predictable effect on gluten development, fermentation rate and crumb, and they are far easier to reason about from a known baseline.
Its reputation as the unambitious option is a commercial rather than a technical judgement. A well-made lean loaf is a demanding thing, precisely because it has no fat, sugar or acidity to hide behind.
What it should be like
- Crumb texture
- Even and relatively fine, with regular cell size
- Structure
- Enough strength to slice thinly without tearing
- Flavour
- Mild and wheat-forward; flavour depends heavily on fermentation length
Typical hydration
60–70% of flour weight (baker's percentage)
Lower than typical sourdough, largely because a tin loaf is judged on an even crumb and a sliceable structure rather than on an open one.
RecordedStanley P. Cauvain, Springer
How it keeps
Stales noticeably within a day or two at room temperature. Refrigeration accelerates staling rather than slowing it, because the temperature range just above freezing is close to where starch retrogradation proceeds fastest.
This is the single most useful and most counter-intuitive storage fact on the site. Freezing, which takes the bread past that range quickly, is a genuinely effective option; the fridge is not.
RecordedJan A. Delcour and R. Carl Hoseney, AACC International
Why salt is not optional
Salt in bread is usually explained as seasoning, and it is, but it is not only that. It slows yeast activity, which lengthens fermentation and allows more flavour to develop before the dough is exhausted. It also affects the gluten network’s handling properties, and dough made without it behaves noticeably differently — slack, sticky and quick to over-ferment.
The mechanism by which salt affects gluten is described more confidently in baking literature than the underlying evidence strictly supports, which is why BakeHQ records the effect as professional consensus and is careful about how the explanation is worded.
Related
Part of
The reference lean dough, and the baseline the rest of the bread family is usefully understood as departing from.
Characteristic ingredients
Higher protein builds the network that holds gas through fermentation, though plain flour makes a perfectly good if slightly less open loaf.
Hydration is the single most influential number in bread, and a lean loaf has nothing else supplying moisture.
Restrains fermentation so flavour develops before the dough is spent, and a lean loaf without it tastes conspicuously flat.
A measured dose of a single organism, which is what makes this loaf predictable in a way sourdough is not.
Techniques involved
A moderate-hydration white dough is the case where conventional kneading and the windowpane test both work well.
Equipment involved
A lean loaf has four ingredients and no fat, sugar or acidity to hide behind, so the ratios between those four are the whole product — which makes weighing them the difference between a reproducible loaf and a lucky one.
Things that go wrong
The most common place beginners meet this fault, and the one where the leavening is easiest to isolate as the variable.
Worth checking against the product’s target crumb first: a tin loaf is supposed to be closer than a hearth loaf.
The bread is crumbly and falls apart
The white-flour case, where the network exists and was under-built.
The dough is too sticky to handle
Recorded because the demand data asks about this fault under this product’s name, not because the fault is peculiar to it.
Recorded because the demand data asks about this fault under this product’s name, not because the fault is peculiar to it.
Recorded because the demand data asks about this fault under this product’s name, not because the fault is peculiar to it.
The bread smells or tastes of alcohol, yeast or vinegar
Recorded because the demand data asks about this fault under this product’s name, not because the fault is peculiar to it.
The crust is too hard, too thick or not crisp
The tin-loaf case, where a soft crust is usually wanted and a hard one is the complaint.
Compared in
Sourdough starter vs commercial yeast
The predictable baseline against which sourdough’s variability is best understood.
Rapid process vs long fermentation
The product the comparison is nearly always really about.
A subject of the comparison, so it is reachable from the record a reader is more likely to land on first.
History and culture
The industrialisation of breadmaking
Explains the otherwise mysterious gap between supermarket bread and a home-baked loaf made from the same four ingredients.
An easier starting point than
Learning to read a dough with a predictable leavening removes one large variable before adding a culture that supplies several.
What this product needs done
Structure building
Bread is the case where structure comes almost entirely from one ingredient. It is also why bread needs no egg at all — a useful reference point when reasoning about what other products actually require.
Gas retention
Performed by the gluten network, which is precisely why nobody baking wheat bread has to think about it.
Hydration
Water is required for gluten to form at all, so a dough short of it cannot develop however long it is worked.
Fermentation substrate
Yeast cannot metabolise starch directly; flour enzymes release the sugars it uses.
Aeration
THE GAP THE EXPLORER FOUND. Bread declared that it needed gas RETAINED and never that it needed gas MADE, so flour and water alone satisfied every requirement — a loaf with nothing to raise it. Retention and generation are separate functions and a product that rises needs both.
Techniques this product depends on
A lean dough has nothing but its gluten network holding it, and that network has to be developed — by working, by time, or by both.
Covered in
Why shop-bought bread lasts longer than homemade
The product the question is nearly always about.
What freezes well, and what freezing actually does
The product most often frozen, and the one where the benefit is largest.
Storing bread, and the trade-off you cannot avoid
The loaf the question is usually about.
The bread families, and what actually separates them
The tinned, lightly enriched family most bread sold belongs to.