Soft Pretzels (Easy Homemade Bread Recipe) - Fifteen Spatulas (2024)

FAQs

What is the secret ingredient which makes a pretzel taste like a pretzel? ›

Pretzels are dipped in food-grade lye before baking. It gives them a characteristic shine and flavor.

Furthermore, we've introduced the baking soda bath. While it sounds strange, this step is what gives pretzels that iconic flavor, chewy texture, helps deepen their golden color in the oven, and locks in the super soft interior.

What Gives Pretzels Their Pretzel Flavor? You have baking soda to thank for that distinct pretzel flavor. Baking soda is highly alkaline and imparts that subtly metallic taste onto the dough before your pretzels go into the oven. Some recipes call for a lye bath, which does the same thing.

Traditional Bavarian pretzels are dipped in a lye solution before they are baked. Lye, also known as sodium hydroxide, is essentially the same stuff that's used to make soap and clean drains. It can even dissolve glass.

Soft pretzels are just a yeast bread is that formed into a pretzel shape. The one big difference in pretzel making, as opposed to a regular bread, is that pretzels are boiled and then baked. It is the boiling that gives the outside of the pretzel its beautiful golden brown color and uniquely crisp and chewy texture.

The answer lies in a brief dip in an alkaline water bath before baking. This bath essentially gelatinizes the outside of the pretzel, preventing it from fully “springing” during baking (as bread does) and giving pretzels their signature chewy crust. It also gives them their unique and indelible “pretzel” flavor.

Lye has a pH of around 13 whereas baking soda has a pH of around 8. This extra alkalinity accelerates the Maillard reaction, allowing that caramelization to develop on the exterior of the pretzels. That ultra deep color and slightly crispy, crunchy exterior crust is only made possible with lye.

If you use baking soda instead of lye, you won't get the same glistening, deep brown sheen on your pretzels and baked goods, but they'll still be delicious all the same.

Room Temperature: The best way to store your pretzels at room temperature is by using a bread box. Bread boxes let the right amount of air circulate so your bread (or pretzels!) remain moisture-free without going stale. If you don't have a bread box, you can opt for a paper bag or a storage container.

Pretzel salt is a type of coarse long-grained salt.

Why boil pretzel dough in baking soda? ›

As noted above, baking soda is a staple ingredient for making homemade pretzels. Dunking your pretzels in a baking soda bath prior to baking is what enables them to develop their distinctive color and crispy-on-the-outside, chewy-on-the-inside texture.

Place the covered dough near, but not on, the preheated oven. Some cleared off counter space right next to the oven will work. The heat coming from the oven will speed up the rising process. Let the dough rise until it's doubled in size.

Salt is the most common seasoning, or topping, for pretzels, complementing the washing soda or lye treatment that gives pretzels their traditional skin and flavor acquired through the Maillard reaction. Other toppings are mustard, cheeses, sugar, chocolate, cinnamon, sweet glazing, seeds, and nuts.

While dough is rising, prepare a baking soda water bath with 2 cups warm water and 2 tbsp baking soda. Be certain to stir often. After dough has risen, pinch off bits of dough and roll into a long rope (about 1/2 inch or less thick) and shape. Dip pretzel in soda solution and place on greased baking sheet.

The dipping stage normally takes just 10-15 seconds of exposure to the hot alkaline solution which is about 200°F. Traditionally the solution was a mixture of sodium hydroxide and water. Today, most production involves the use of sodium carbonate and bicarbonate solutions which are not as caustic as NaOH.

After removing other scent molecules individually, the researchers found two molecules that are essential to the unique pretzel scent: 2-acetyl-1-pyrroline, which has a roasted smell, and 4-hydroxy-2,5-dimethyl-3(2H)-furanone, which has a caramel smell.