Skip to content

What Kind of Sweetener is in Built Bars? A Deep Dive

5 min read

Built Bars, a popular protein bar brand, uses a specific blend of sweeteners to achieve their candy bar-like taste while keeping the overall sugar content low. Primarily, the sugar alcohol erythritol, along with stevia, is the kind of sweetener used in Built Bars to provide sweetness without a significant carbohydrate load. This combination is a key part of their formulation, offering a sweet taste suitable for those on low-sugar or keto diets.

Quick Summary

Built Bars utilize a combination of sugar alcohols, primarily erythritol, along with stevia and glycerin for sweetness and texture. The chocolate coating also contains a small amount of sugar. These choices help keep the bars low in sugar and carbohydrates, making them a popular option for keto-friendly and low-carb diets.

Key Points

  • Low-Sugar Combination: Built Bars are primarily sweetened with a blend of low-impact, non-nutritive sweeteners, including erythritol and stevia.

  • Erythritol is Key: Erythritol, a sugar alcohol, is the main caloric sweetener, providing sweetness with minimal calories and no significant glycemic response.

  • Glycerin for Texture: Glycerin is also used in the bars to help retain moisture, contributing to the soft, chewy texture.

  • Real Chocolate Coating: The delicious chocolate coating on Built Bars contains a small amount of real sugar, which enhances the overall flavor.

  • Keto-Friendly Option: The strategic use of these sweeteners keeps Built Bars low in sugar and net carbs, making them a popular choice for ketogenic dieters.

  • Focus on Digestion: Built avoids using other sugar alcohols like maltitol that are known to cause more digestive issues, opting for the better-tolerated erythritol.

In This Article

A Detailed Breakdown of Built Bar Sweeteners

Unlike traditional candy bars that rely heavily on refined sugar, Built Bars formulate their product using alternative sweeteners to achieve their signature flavor profile and low-sugar content. The primary sweeteners found in most Built Bars are erythritol and, in many flavors, stevia. Glycerin also plays a crucial role in providing both sweetness and texture. The chocolate coating, which is made from high-quality dark chocolate, contains a small amount of real sugar. This multifaceted approach to sweetening allows for a low-carb, low-sugar treat that doesn't sacrifice taste.

The Role of Erythritol

Erythritol is a sugar alcohol and one of the main sweeteners used in Built Bars. It is known for its ability to provide sweetness with almost no calories. Its unique molecular structure allows it to pass through the body largely undigested, meaning it doesn't cause a significant glycemic response or spike blood sugar levels. For this reason, it is highly valued by individuals on keto diets or those managing diabetes. However, some people may experience digestive discomfort when consuming large quantities of erythritol. Built Bar's formula balances the amount of erythritol to reduce the likelihood of this side effect.

Stevia and Glycerin in the Mix

Another significant component of the Built Bar sweetener blend is stevia, a natural, zero-calorie sweetener derived from the stevia plant. Stevia contributes to the overall sweetness, complementing the flavor of the erythritol. Some of the Built Bar flavors are noted to use a combination of these two to achieve their taste. Glycerin, a plant-derived sugar alcohol, is also used to retain moisture and contribute a small amount of sweetness. This helps maintain the bar's soft, nougat-like texture and extends its shelf life. While glycerin is technically digested, it adds only nominal calories and works synergistically with erythritol.

The All-Important Chocolate Coating

Built Bars are covered in a layer of high-quality dark chocolate, which also contributes to the bar's sweetness and rich flavor. The chocolate contains a small amount of real sugar. Built's use of real, premium chocolate is a deliberate choice to enhance the flavor profile and avoid the unpleasant aftertaste associated with cheaper chocolate compounds. The combination of the natural sweeteners in the core of the bar and the sugar in the chocolate coating creates a complex and satisfying sweetness that tastes more like a dessert than a typical protein bar.

Built Bar's Sweetener Strategy

Built's approach to sweetening is a core part of its brand identity, catering to health-conscious consumers who want a treat that aligns with their dietary goals. Their strategy hinges on minimizing the impact on blood sugar while maximizing flavor. This is achieved by:

  • Combining multiple sweeteners: Using a blend of erythritol and stevia allows Built to balance the flavor profile and avoid an overreliance on a single sweetener.
  • Including glycerin: This ingredient helps create the desired soft, chewy texture, which is a significant factor in the bar's appeal.
  • Prioritizing quality ingredients: The decision to use a premium dark chocolate coating sets Built Bars apart, elevating the taste and avoiding the artificial, chalky aftertaste of many competitors.
  • Focusing on low impact: The bar's overall low sugar and net carb count, facilitated by these sweeteners, makes it suitable for keto and other specific dietary needs.

Comparison Table: Built Bars vs. Conventional Chocolate Bar

Feature Built Bar (Typical Flavor) Conventional Chocolate Bar Differences and Implications
Primary Sweeteners Erythritol, Stevia, Glycerin, and minimal real sugar High Fructose Corn Syrup, Sugar, Refined Sugar Built Bars use sugar alternatives to reduce sugar intake and glycemic impact.
Calories Approximately 130-180 calories Approximately 200-250+ calories Built Bars are designed as a lower-calorie, high-protein snack.
Sugar Content 4 grams or less (often from chocolate coating) Typically 20+ grams per serving A significant difference that caters to low-sugar dieters.
Net Carbs Typically 4-6 grams High (due to high sugar content) Built Bars are a more suitable option for those on a ketogenic diet.
Protein Content 17-19 grams Minimal protein The core purpose of a Built Bar is protein supplementation.
Glycemic Impact Low, due to erythritol and low sugar content High, leading to rapid blood sugar spikes Built Bars are a better option for managing blood sugar levels.

Conclusion

In summary, the sweetening in Built Bars is a strategic and multi-faceted process designed to minimize sugar and carbs while maximizing flavor. The combination of erythritol, stevia, and glycerin creates a pleasant taste and desirable texture, making the bars a popular choice for health-conscious consumers. By prioritizing a low glycemic impact and using high-quality ingredients, Built delivers a protein bar that feels like a satisfying candy bar while still aligning with specific dietary goals. As always, individuals should consider their personal dietary needs and any sensitivities to sugar alcohols when choosing a protein bar.

Frequently Asked Questions about Built Bar Sweeteners

Question: Do Built Bars contain artificial sweeteners? Answer: No, Built Bars are sweetened with erythritol and stevia, which are considered non-nutritive sweeteners but are not artificial. Stevia is a natural sweetener derived from a plant, and erythritol is a sugar alcohol.

Question: What is erythritol, and is it safe? Answer: Erythritol is a sugar alcohol used as a low-calorie sweetener that is widely considered safe. It is well-tolerated by most people and doesn't cause a glycemic spike like regular sugar. However, some sensitive individuals may experience mild digestive upset.

Question: Why do some Built Bar flavors contain sugar? Answer: The small amount of sugar found in most Built Bars comes from the high-quality dark chocolate coating, which is used to enhance the flavor and create a rich, satisfying taste. The amount is minimal and doesn't cause a significant blood sugar spike.

Question: Are Built Bars keto-friendly because of their sweeteners? Answer: Yes, the combination of erythritol and other low-impact sweeteners keeps Built Bars low in net carbs and sugar, making them suitable for a ketogenic lifestyle.

Question: What is glycerin's role in Built Bars? Answer: Glycerin, a plant-derived ingredient, is used in Built Bars to add a small amount of sweetness and help create the signature soft, chewy texture by retaining moisture.

Question: Do Built Puffs use the same sweeteners? Answer: The specific sweetener blend may vary slightly by product line and flavor. However, the core principle of using low-calorie sweeteners like erythritol and often stevia applies to both the original bars and the puffs.

Question: What's the difference between the sweeteners in Built Bars and other protein bars? Answer: Many other protein bars use sugar alcohols like maltitol, which can have a more significant glycemic impact and cause more digestive issues than erythritol. Built's specific blend is designed to be better tolerated and have a lower glycemic effect.

Frequently Asked Questions

The primary sweeteners in Built Bars are the sugar alcohol erythritol and the natural, zero-calorie sweetener stevia, often used in combination.

No, Built Bars do not contain artificial sweeteners like aspartame or sucralose. They rely on erythritol, stevia, and a small amount of sugar from the chocolate coating.

While erythritol is generally well-tolerated, some individuals with sensitive digestive systems may experience mild discomfort when consuming sugar alcohols. This is less common with erythritol compared to other sugar alcohols.

The sugar listed on the nutrition label comes from the dark chocolate coating used on the bars. The amount is minimal and doesn't significantly impact the bar's low-sugar profile.

Built Bars use glycerin, a plant-based sugar alcohol, to retain moisture and help maintain their characteristic soft, chewy texture and extended shelf life.

Yes, Built Bars are designed to be keto-friendly and suitable for low-carb diets. Their strategic use of low-glycemic sweeteners helps keep the net carb count low.

Yes, both the original Built Bars and the Built Puffs use a similar sweetening strategy. This typically involves a blend of erythritol and stevia to provide sweetness.

References

  1. 1
  2. 2
  3. 3
  4. 4
  5. 5
  6. 6
  7. 7
  8. 8

Medical Disclaimer

This content is for informational purposes only and should not replace professional medical advice.