Allulose Crystal

Allulose Crystal is a crystalline form of Allulose.

I. Basic Information.

1. Chemical Properties:

Allulose Crystal is a monosaccharide and an epimer of fructose. Due to its chemical structure, it has some unique properties.

It has reducing properties and can undergo Maillard reaction and other related chemical reactions. Under certain conditions, it can react with proteins, amino acids, etc., producing special taste and color changes.

2. Sweetness and Calories:

The sweetness is about 70% of sucrose, but the calories are extremely low at only 0.2 – 0.4 kcal per gram (compared to 4 kcal per gram of sucrose), making it suitable for people who need to control their calorie intake.

The glycemic index is 1 and the insulin index is 1.5. It has minimal effects on blood sugar and insulin levels. It is a sweetener suitable for diabetics and people who are concerned about blood sugar health.

II. Source and production.

Allulose occurs naturally in some plants such as wheat, figs, raisins, etc., but in very small amounts.

At present, it is mainly derived from fructose extracted from corn starch through biotechnology technology and using enzyme treatment and other methods. For example, corn starch is first converted into fructose, and then fructose is converted into Allulose by a specific enzyme. After a series of separation, purification, crystallization and other processes, crystallized Allulose is finally obtained.

III. Advantages.

1. Taste and aroma: Moderate sweetness, similar to sucrose in the mouth, without the bitterness or peculiar smell of some artificial sweeteners. Allulose Crystal can be used as a substitute for sucrose in various foods and in beverages to give the product a good taste.

2. Low-calorie health characteristics: The low-calorie function helps control weight and reduce obesity and other health problems caused by excessive sugar consumption. Crystalline allulose is an ideal choice for those who need to limit their calorie intake but want to enjoy sweetness, such as fitness enthusiasts, people who are losing weight, etc.

3. Excellent processing properties:

3.1 Allulose Crystal has good solubility and dissolves quickly in water, making it easy to add to and use in various liquid beverages.

3.2 Allulose Crystal has a certain stability and can maintain a relatively stable crystal structure and chemical properties under certain conditions such as temperature and humidity, which is beneficial to maintaining product quality and taste stability during food processing and storage.

3.3 Allulose Crystal can be used in conjunction with other sweeteners, spices, pigments and other food additives to enrich the taste and appearance of the product and meet the needs of different consumers.

IV. Application areas.

1. Food industry:

Bakery products: Allulose Crystal can be used to make bread, cakes, biscuits, etc., provides sweetness and reduces calorie intake. Due to its Maillard reaction properties, it can make baked goods develop attractive color and taste.

Candy and chocolate: As a substitute for sucrose, it is used to make various candies and chocolates, which can not only meet consumers’ demand for sweetness, but also reduce the calories of the product, in line with the trend of healthy consumption.

Beverages: It can be added to carbonated drinks, fruit drinks, tea drinks, etc. to add sweetness without significantly affecting blood sugar levels. It is suitable for diabetics and health-conscious consumers.

Sauces and condiments: Such as ketchup, salad dressing, sweet pasta sauce, etc., the addition of crystalline allulose can improve the taste, reduce the use of conventional sugar and reduce calories.

2. Pharmaceutical field: In some special pharmaceutical preparations such as oral liquids, lozenges, etc., Allulose Crystal can be used as a sweetener, which can not only improve the taste of the drug and make it easier for patients to take it, but also does not cause any adverse effects on the drug, and can also meet the sugar intake restrictions of special patient groups (such as diabetics).