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Product Specifications

Item Specification Product Name Erythritol Abbreviation Erythritol CAS Number 149-32-6 Molecular Formula C₄H₁₀O₄ Molecular Weight 122.12 Appearance White Crystal or Crystalline Powder Assay ≥99.5% Test Method HPLC Shelf Life 24 Months Storage Condition Store in a Cool, Dry Place

Why Is Erythritol So Popular?

The growing popularity of erythritol is closely linked to the global sugar reduction wave and rising consumer demand for clean-label, zero-calorie sugar alternatives. As a natural zero-calorie polyol sweetener, erythritol plays an essential role in:

• Providing sucrose-like refreshing sweet taste
• Delivering zero-calorie sweetness without impacting blood glucose
• Non-cariogenic properties to protect dental health
• Excellent digestive tolerance compared with other sugar alcohols
• Stable performance across high-temperature processing scenarios

Market data shows that global consumers are increasingly avoiding refined added sugar and its related metabolic health risks. As a result, manufacturers have widely adopted erythritol produced through natural microbial fermentation as an ideal sucrose alternative, making it a core foundational ingredient in modern low-sugar, zero-sugar formulation systems.

Key Benefits of Erythritol

• Zero Calorie & No Glycemic Impact

Erythritol provides only 0.2 kcal per gram, nearly 95% lower than the 4 kcal/g of regular sucrose. Over 90% of ingested erythritol is directly excreted through urine without being metabolized in the human body, so it will not cause blood sugar or insulin level fluctuations, perfectly fitting the demand of zero-sugar products for people with sugar control needs and low-calorie positioning.

• Excellent Natural Taste Profile

Erythritol has about 70% of the sweetness intensity of sucrose, with a clean, refreshing sweet taste very similar to granulated sugar, without the bitter metallic aftertaste that commonly exists in many other high-intensity sweeteners. It can effectively mask the unpleasant aftertaste brought by stevia, sucralose and other sweeteners in compound formulas.

• Outstanding Digestive Tolerance

Different from other sugar alcohols such as xylitol and maltitol, erythritol has an extremely low molecular weight that is easily absorbed by the small intestine. Only less than 10% of it enters the large intestine, which almost will not cause common gastrointestinal discomfort issues like bloating and diarrhea even at high daily intake.

• Ultra-Stable Processing Performance

Erythritol has a high melting point up to around 121°C, with very high thermal stability and acid resistance. It will not decompose or produce harmful substances under high temperature baking, high pressure sterilization and other harsh food processing conditions, and will not cause Maillard browning reaction easily, which can fully maintain the color and flavor stability of the product.

• Non-Cariogenic Dental Protection

Erythritol cannot be utilized and fermented by oral cariogenic bacteria to produce acid, which can effectively prevent enamel demineralization and the formation of dental plaque, helping maintain oral health, making it very suitable for children's food, chewing gum and other oral care related products.

Applications

Erythritol is widely used across multiple product categories, including:

• Zero-Sugar Beverages & Functional Drinks
• Low-Calorie Baked Goods & Desserts
• Sugar-Free Confectionery, Chocolate & Chewing Gum
• Fitness Meal Replacement Powders & Protein Blends
• Keto & Low-Carb Daily Wellness Formulas
• Children's Low-Sugar Nutritional Snack Products

Common dosage forms that integrate the ingredient include: tabletop sweetener sachets, solid beverage powder, zero-sugar gummy candy, chocolate, baked pastry, zero-sugar yogurt and flavored functional beverage.

Erythritol vs Other Sweetener Ingredients

While the low-sugar ingredient category continues to expand, Erythritol remains one of the most cost-effective, high-tolerance and versatile natural zero-calorie sweeteners available for food and wellness brands:

Ingredient Primary Function Erythritol Zero-calorie bulk sweetener with excellent tolerance Xylitol Sugar alcohol sweetener for dental health Steviol Glycosides High intensity natural zero-calorie sweetener extracted from stevia Sucralose High intensity synthetic zero-calorie sweetener Maltitol Sugar alcohol sweetener with bulking effect for confectionery Allulose Zero-calorie monosaccharide sweetener with 70% sweetness of sucrose

Many brands combine erythritol with complementary high-intensity sweeteners and dietary fiber ingredients to create comprehensive zero-sugar formulations that almost perfectly replicate the taste and texture of full-sugar products.

Market Opportunity

The global zero-sugar functional food and sugar substitute market continues to experience strong growth as consumers increasingly prioritize long-term metabolic wellness and low-sugar dietary strategies. Several trends are fueling demand for Erythritol:

• Global strict sugar reduction policies and regulatory guidance
• Growing public awareness of the harm of excessive refined sugar intake
• Rapid expansion of the zero-sugar beverage and low-calorie snack categories
• Increasing demand for clean-label fermented natural ingredients
• Booming development of ketogenic and low-carb dietary product lines

As a result, erythritol remains one of the most commercially attractive foundational ingredients for brands developing next-generation low-sugar wellness products.

Frequently Asked Questions

1.What is Erythritol?‌
Erythritol is a natural zero-calorie polyol sweetener produced through microbial fermentation of glucose, which tastes extremely similar to sucrose and will not cause blood sugar rise or extra calorie intake.

2.Is erythritol safe for long term consumption?‌
Erythritol has been approved as a safe food ingredient by global food regulatory authorities including FDA, EFSA and China GB2760. With over 60 years of commercial application history, its safety for normal human long-term intake is fully confirmed.

3.What formulations can erythritol be used in?‌
Erythritol is suitable for zero-sugar beverages, baked goods, confectionery, chewing gum, meal replacement powders, functional food, and almost all low-sugar zero-sugar product application scenarios.

4.What purity level is typically available?‌
Premium food-grade erythritol is commonly produced at purity levels of 99.5% or higher, which meets the strictest food safety standards.

5.Is erythritol suitable for special dietary groups?‌
Yes, high-purity erythritol is verified non-GMO, gluten-free, vegan suitable, and does not contain any common allergen components, which can be safely applied to diabetic, ketogenic, low-calorie, children's and other special dietary systems.

Looking for a Reliable Erythritol Supplier?

As demand for zero-sugar and low-calorie products continues to grow, ingredient quality, crystal particle consistency, and supply reliability have become increasingly important for food, beverage and supplement brands and manufacturers. Nutrient Trail supplies high-purity food-grade Erythritol designed for dietary supplement, functional food, and beverage applications. Comprehensive technical documentation, including specifications, COA, and quality-related information, is available to support full product development and commercialization.