Shortening is a solid fat made from vegetable oils that stays solid at room temperature. It is used in baking to create tender, flaky textures in pie crusts, biscuits, and cakes. Unlike butter, shortening contains no water, which means it produces a more consistent and tender crumb without adding moisture or dairy flavor.
What Is Shortening In A Recipe And How Do You Use It?
Shortening is any fat that is solid at room temperature. The term most commonly refers to hydrogenated vegetable oils like soybean, palm, or cottonseed oil. These oils are processed to become solid so they can perform specific jobs in baking.
The name comes from what the fat does. It “shortens” gluten strands in flour. Gluten gives dough its stretch and chew. When you cut shortening into flour, it coats the flour particles and interrupts gluten formation. The result is a tender, crumbly texture rather than a tough, chewy one.
This is why shortening appears in recipes for pie crusts, biscuits, scones, and certain cakes. These are baked goods that should be flaky or tender, not chewy. Shortening makes that texture possible.
How Is Shortening Different From Butter?
Butter is about 80% fat and 15-20% water. Shortening is 100% fat. That single difference changes how each behaves in baking.
When butter melts in the oven, its water turns to steam. That steam helps puff up layers in pastries and contributes to flakiness. But the water also creates gluten, which can make baked goods slightly tougher. Butter also browns because of milk solids, which adds flavor and color.
Shortening has no water and no milk solids. It melts at a higher temperature than butter, which means it holds its shape longer during baking. Doughs made with shortening spread less. Cookies made with shortening stay taller and thicker. Pie crusts made with shortening are more consistently flaky because there is no water to disrupt the fat layers.
The trade-off is flavor. Butter has a rich, distinct taste. Shortening is neutral. Many bakers combine both to get the flavor of butter and the texture of shortening.
Which Recipes Work Best With Shortening?
Shortening is the standard fat for several classic baked goods. Pie crust is the most common use. The solid fat creates distinct layers when cut into flour, and those layers become flaky when baked. Vegetable shortening produces a crust that is tender, consistent, and easy to work with.
Biscuits also benefit from shortening. The lack of water means less gluten development, which keeps biscuits light and tender. Many biscuit recipes call for shortening or a mix of shortening and butter.
Certain cakes use shortening too. White cakes and wedding cakes often call for it because shortening produces a very fine, even crumb. It also stays white, which matters when you want a pure white cake without the yellow tint butter adds.
Frosting is another place shortening appears. It does not melt at room temperature the way butter does, so buttercream made with shortening holds its shape longer. This is why many professional bakers use shortening in frosting for decorated cakes that must sit out for hours.
How Do You Measure and Use Shortening Correctly?
Measuring shortening is different from measuring liquid oils. The most accurate method is the water displacement method. Fill a liquid measuring cup with 1 cup of cold water. Add shortening until the water level rises to 2 cups. Drain the water and you have exactly 1 cup of shortening.
Most home bakers use a simpler method. Pack the shortening into a dry measuring cup with a spatula, pressing out any air pockets, and level the top. This works well if you press firmly enough that there are no gaps.
For most recipes, you cut shortening into flour using a pastry blender, two knives, or your fingertips. The goal is to create pieces of fat coated in flour. Some pieces should be the size of peas, some smaller. These uneven pieces create the flaky layers when the fat melts in the oven.
Shortening should be cold but not rock hard. If it is too hard, it will not cut into flour evenly. If it is too soft, it will smear into the flour and create a dense, tough dough. Room temperature is usually fine for cutting into flour, unlike butter which should be cold.
Is Shortening Healthy Or Unhealthy?
The health picture of shortening has changed over the years. Older shortenings contained trans fats, which are created during partial hydrogenation. Trans fats raise LDL cholesterol and lower HDL cholesterol. They increase the risk of heart disease. Many countries have banned or restricted them.
Most shortening sold today in the United States is made with fully hydrogenated oil, which contains little to no trans fat. The label will say “0 grams trans fat” if this is the case. But fully hydrogenated oils are high in saturated fat. Saturated fat can raise LDL cholesterol, though the effect is not as strong as trans fat.
The evidence on saturated fat and heart disease is debated. Some studies suggest that replacing saturated fat with polyunsaturated fat reduces heart disease risk. Others find no clear benefit. What is well established is that trans fats are clearly harmful and should be avoided.
If you are concerned, check the ingredient label. Look for “fully hydrogenated” rather than “partially hydrogenated.” Palm oil-based shortenings are also available and contain no hydrogenated oils. Butter is an alternative, though it also contains saturated fat and water, which changes the texture of baked goods.
What Are The Best Substitutes For Shortening?
Butter is the most common substitute. Use 1 cup of butter for 1 cup of shortening. The baked good will have more flavor and may spread more because butter has a lower melting point. The texture may be slightly less tender and the crust may brown faster.
Lard is another traditional substitute. It has a similar texture and produces very flaky pie crusts. Lard is rendered pork fat and has a mild flavor. Some people prefer it for savory baking. Use equal amounts.
Coconut oil works in some recipes but only if it is solid. Refined coconut oil has a neutral flavor. Unrefined coconut oil adds a coconut taste that may not fit every recipe. Coconut oil melts at a lower temperature than shortening, so doughs may spread more.
Margarine is a direct substitute in most recipes. Use equal amounts. Check the label for trans fats, as some stick margarines still contain them. The water content in margarine is similar to butter, so it behaves more like butter than shortening.
For cakes that need a white crumb, no substitute works as well as shortening. Butter will tint the cake yellow. Coconut oil may change the flavor. If the color and texture of a white cake matter, use shortening as the recipe states.
How Should You Store Shortening?
Shortening has a long shelf life because it contains no water. Bacteria and mold need water to grow, so shortening does not spoil quickly. An unopened container can last for two years or more. Once opened, it keeps for about six months to a year.
Store shortening in a cool, dry place away from direct sunlight. A pantry or kitchen cabinet works well. You do not need to refrigerate it. Refrigeration makes it hard and difficult to measure.
If shortening develops an off smell or a rancid odor, throw it out. Rancid fat tastes bad and may contain compounds that are not good for you. Fresh shortening should smell neutral with no sharp or bitter notes.
Frequently Asked Questions
Can I substitute butter for shortening in a pie crust?
Yes, you can substitute equal amounts of butter for shortening. The crust will have more flavor but may be slightly less flaky and brown faster.
Does shortening need to be refrigerated?
No, shortening does not need refrigeration. Store it in a cool, dry place and it will last for months without spoiling.
Is shortening the same as margarine?
No, they are different. Shortening is 100% fat with no water, while margarine contains water and dairy ingredients. They behave differently in baking.
Why do some recipes use both butter and shortening?
Recipes combine them to get the flavor of butter and the texture of shortening. Butter adds taste, while shortening provides flakiness and structure.

