Bread that collapses in proof, comes out short or is dry the next day: the enzyme functions that fix softness and volume on industrial lines, what to check first and how to request a bulk quote.
Request pricingFirm crumb before the code date, low loaf height, tight grain, weak oven spring and dough that handles differently from one shift to the next cost a bread plant in rejects, returns and line stoppages.
Enzymehouse supplies enzymes to bread plants, improver blenders and distributors that need to fix softness and volume without making the loaf gummy, weak or hard to slice.
Wholesale and bulk supply for manufacturers and resellers. Tell us the bread type, the defect you see, the quantity you expect to buy and the destination country, and we will come back with a quote. Pack format and terms are quoted per order. Request a quote
The first is collapse: bread that sinks during fermentation. The second is bread that has turned dry and hard after one night. Bakery owners handle both with a compound enzyme made for bread, and they expect it to work with whatever flour they buy.
In industrial production the same problems show up as sticky dough, a rough texture, hard bread and quality that changes from batch to batch. Xylanase is one of the main tools here, and the outcomes plants work toward are a larger loaf, a fine and even crumb, a soft and elastic texture with a better chew, better water retention, slower staling and a smoother crust. It is inactivated during high-temperature baking and leaves no residue in the bread.
The source of the xylanase matters more than many buyers expect.
| Xylanase type | How it behaves | What that means on your line |
|---|---|---|
| Fungal | Works in acidic conditions, with a mild action | A gentler effect on the dough |
| Bacterial | Works across a wider pH range, with higher stability | More tolerance where dough conditions vary |

Firming is rarely caused by one ingredient. Starch behaviour, protein strength, fat level, hydration, process timing and packaging all play a part. The enzyme route has to improve softness retention without making the crumb gummy or hard to slice.
Poor oven spring can come from flour variation, dough strength, fermentation drift or weak gas retention. The enzyme choice should support dough extensibility and steady lift through the oven.
A tight, closed crumb can eat dry even when formula moisture looks right. The target is a balanced crumb: soft, resilient and able to survive slicing, bagging and distribution.
Flour lots change, mixing energy changes and fermentation timing shifts. A good enzyme system widens the process window so the line stays stable.
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If your team is still diagnosing the issue, we can help frame the trial. Wholesale and bulk supply for bread factories, improver blenders and distributors. Request a quote



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