Erythritol – Properties, Harmfulness, Price: Which to Choose, Erythritol or Xylitol?
Julia Wójcik
2026-03-25
4 min. read
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With the development of civilized diseases, it has become apparent that what is on our plates has a very large impact on our health and appearance. Applied to virtually everything, sugar was called the "white death" and was immediately recommended to be discarded. Unfortunately, the taste of sugar is addictive to the body and not everyone can or wants to discard it. The desire to find an alternative to sugar has led to the spread of many sweeteners, both natural and synthetic.
Erythritol: A Heat-Stable, Low-Calorie Natural Sweetener with Unique Sensory Properties
Erythritol (E 968) is a naturally derived organic compound found in a wide array of food sources, including fruits, vegetables, and fermented products. Classified as a polyol—a category of naturally occurring sugar alcohols—it serves as a food additive with a sweetness profile closely resembling that of conventional table sugar (sucrose). However, it distinguishes itself through significantly lower caloric contribution (effectively ~0 kcal/g post-metabolism) and distinctive sensory attributes, such as a cooling mouthfeel and the absence of lingering aftertaste. These properties render it a highly versatile and desirable ingredient in food manufacturing, particularly for applications requiring thermal stability and clean sweetness profiles.
Erytrol has properties
Erytrol has a very low glycemic index of 0, which is why it is ideal as a sugar substitute for diabetics because it does not cause blood glucose disorders after consumption. It also does not require insulin to be involved in changes in the body. It is completely safe and gives a sweetness equivalent to 6080% of sucrose.
Erythritol: An Examination of Potential Health Hazards and Consumption Safety
Scientific evidence conclusively demonstrates that erythritol undergoes only negligible metabolic processing within the human body, resulting in the near-total excretion of the ingested compound via urinary elimination pathways. Findings from extensive clinical trials and toxicological assessments have revealed no indications of harm, even when consumption significantly exceeds recommended daily intakes. Furthermore, nutrition specialists and international regulatory bodies—including the World Health Organization (WHO)—have formally validated its complete non-toxicity, granting it approval as a permissible and safe food additive, as documented in official statements and regulatory guidelines.
Erythritol versus xylitol: Which natural sweetener is superior for health and dietary needs?
A comprehensive analysis of two widely used polyols—erythritol and xylitol—focusing on their physiological effects, nutritional profiles, and potential adverse reactions. Unlike xylitol, which frequently induces gastrointestinal discomfort such as bloating and laxative effects due to its fermentation in the intestines, erythritol remains inert even when consumed in substantial quantities. Beyond its digestive compatibility, erythritol offers a significantly lower caloric content compared to xylitol, making it a preferred option for individuals managing their weight. Furthermore, with a glycemic index of zero, erythritol is particularly well-suited for diabetic individuals. Unlike many approved food additives, erythritol does not trigger undesirable side effects even at higher intake levels, reinforcing its superiority over xylitol in terms of safety, tolerability, and versatility in culinary and dietary applications.
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