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On March 18, 2021, the Natio
nal Health Commission (NHC) and the State Administration for Market Regulation (SAMR) issued 3 new natio
nal standards for infant formula food, which will be implemented on February 22, 2023. This time SAMR splits the current "Natio
nal Food Safety Standard, older infant and Young Children Formula" (GB 10767-2010) into "Natio
nal Food Safety Standard, older infant Formula" (GB 10766-2021) and "Natio
nal Food Safety Standard, Young Children Formula" (GB 10767-2021), which makes the standards more scientific. Foodmate will sort out and analyze the main changes of the new natio
nal standard for the industry's reference. We will examine the differences between the old and new versions in terms of definitions, raw materials, indicators, etc.
I. Main changes in "National Food Safety Standard, Infant Formula Food" (GB 10765-2021)
1.Terms and definitions
The definition of "infant" is delet
ed, and the definition of "infant formula" is added; milk and milk protein products, soy and soy protein products as "main raw materials" has been changed to "main protein sources".
Delete the des
cription of "suitable for normal infants, and its energy and nutrients can meet the normal nutritio
nal needs of infants aged 0-6 months".
2.Raw material requirements
Change "glutenin" to "gluten" in the des
cription of “The raw materials and food additives that should not be co
ntain used in infant formula food.”
3.Essential ingredients
(1)Energy value calculation
The energy coefficient of dietary fiber has been revised from "calculated at 50% of the energy coefficient of carbohydrates" to "8kJ/g".
(2) Carbohydrate source
The preferred carbohydrate source of milk-ba
sed infant formula is changed from "lactose, lactose and glucose polymer" to "lactose"; glucose polymer was changed from being the preferred carbohydrate of milk-ba
sed infant formula to the carbohydrate source of infant formula, of which the addition requirement is "appropriate addition"; a new substance "sucrose" is added to the carbohydrate source that cannot be used in infant formula.
(3)Protein, fat and carbohydrates
Adjust the protein and fat values, expand the limit range of protein in milk-ba
sed infant formula, change the limit range of protein in soy-ba
sed infant formula.
The new natio
nal standard also raised the upper limit of fat, and updat
ed the detection methods of linoleic acid and linolenic acid in fat;
Add a new calculation method for whey protein content;
Delete the calculation requirement of lactose in milk-ba
sed products in total carbohydrates, as well as the percentage co
ntent of lactose that does not apply to soy-ba
sed formula food instructions.
(4) Vitamins
The choline is changed from an optio
nal compo
nent to an essential component, and the co
ntent value is increased.
(5) Minerals
Add the co
ntent requirements for the three indicators of iron, zinc and phosphorus in the soybean-ba
sed formula;
Delet
e the limited co
nditions of “magnesium is o
nly applicable to the milk-ba
sed infant formula”.
4.Optional ingredients
Adjust the values of inositol, taurine, docosahexaenoic acid, and eicosatetraenoic acid;
Add L-carnitine detection method.
5.Urease activity
Update the detection method of urease activity, from the recommended standard to the mandatory standard.
6.Other requirements
Delet
e the labeling requirements for formula foods that can be co
nsumed by infants over 6 mo
nths of age.
7.Appendix A Recommended content of essential and semi-essential amino acids in infant formula
Adjust the co
ntent of all essential and semi-essential amino acids.
8.Appendix B Monomer amino acids that can be used in infant formula
Newly add the source of mo
nomer amino acid compounds and the requirement of "non-edible animal and plant raw materials shall not be used as the source of mo
nomer amino acid".
II Main changes in "National Food Safety Standard, Older Infant Formula Food" (GB 10766-2021)
1.expression of standard scope
Reset the indicators to make the nutritio
nal intake of older infant more scientific, and make it clear that this standard is applicable to formula foods for older infant aged 6-12 months.
2.Terms and definitions
Add des
cription of older infant formula. It is clear that older infant formula is divided into milk-ba
sed and soy-ba
sed, and cannot be used as a protein source at the same time.
The des
cription of "liquid or powdered" is deleted, and the organizatio
nal state of the product is no lo
nger specified.
3.Raw material requirements
Added a des
cription that the raw materials and food additives should not co
ntain gluten.
4.Essential ingredients
(1)Protein
The upper and lower limits of the protein value of older infant formula were decreased. Add “the co
ntent of whey protein in milk-ba
sed older infant formula ≥40%”.
(2)Fat
Newly add the requirements of the α-linolenic acid and the ratio of linoleic acid and α-linolenic acid. The upper and lower limits of fat in older infant formula have been raised.
(3)Carbohydrates
It is stipulated that fructose and sucrose cannot be used as carbohydrate sources in older infant formulas. Newly add the lactose is the first choice as the source of carbohydrates in milk-ba
sed older infant formula, and the carbohydrate co
ntent of lactose should be ≥ 90%.
(4)Vitamins
The minimum value of vitamins is limited; the maximum value is specified for nutrients without maximum value. In addition, in view of the fact that the addition rate of choline in older infant formulas on the market is more than 90%, and the scientific research evidence that choline is beneficial to vision and mental development, choline has been changed from an optio
nal ingredient to an essential ingredient, and the value range of it is expanded.
(5)Minerals
Subdivide the indicators of iron, zinc and phosphorus in soybean-ba
sed and milk-ba
sed products.
Adjust the minimum values of some minerals.
Change the manganese and selenium in older infant formula from optio
nal ingredients to essential ingredients.
5.Optional ingredients
Choline is changed from optio
nal ingredients to essential ingredients.
Add the detection method of L-carnitine. Adjust the addition value of inositol, taurine, docosahexaenoic acid (DHA) and eicosatetraenoic acid (AA).
Clarified the value range of DHA and AA. In addition, since the addition amount of AA must not be less than DHA, the lower limit is determined by the amount of DHA added, so the lower limit of AA is not limited.
6.Other indicators
Newly add the requirement of impurity, which is "limited to milk-ba
sed follow-up infant formula";
Delet
e the des
cription of impurity "not applicable to products with added vegetables and fruits"
The impurity unit of liquid products is modified from "mg/kg" to "mg/8L".
7.Urease activity
Updat
e the detection method of urease activity, from the recommended standard to the mandatory standard.
8.Other aspects
In terms of labeling, the co
ntent of essential ingredients has been added to the label. The image of babies and women cannot be displayed on the label, and "human emulsification", "breast emulsification" or similar terms cannot be used.
In terms of packaging materials, carbon dioxide and nitrogen should meet the correspo
nding natio
nal food safety standards.
Added appendix A (Recommended values of essential and semi-essential amino acids in older infant formula) and appendix B (Mo
nomeric amino acids that can be used in older infant formula), and clarify the source of mo
nomer amino acid compounds.
III Main changes in "National Food Safety Standard, Young Children Formula" (GB 10767-2021)
1.expression of standard scope
It is clearly stated that this standard is applicable to formula foods co
nsumed by children aged 12-36 months.
2.Terms and definitions
The "main raw material" is changed to the "main protein source", and it was clearly stated that milk and milk protein products and/or soy and soy protein products are the main protein sources.
The des
cription of the state of "liquid or powdered" infant formula food is delet
ed, and the requirement of product state is adjusted from powdered products to solid products.
3.Essential ingredients
Compared with the old version, GB 10767-2021 has adjusted and updat
ed the limits and detection methods of energy, protein, fat, vitamins, minerals, etc., and added the requirement for carbohydrates.
(1)Energy
Decrease the maximum energy value from 355kJ (85kcal) to 334kJ (80kcal).
(2)Carbohydrates
The requirements and calculation formula for "carbohydrates" have been added, and the co
ntent can be calculated ba
sed on the correspo
nding energy, protein, and fat. Increase the ratio of lactose to carbohydrates.
(3)Protein
Both the maximum and minimum protein values are adjusted down.
(4)Fat
Add the maximum value of linoleic acid.
Newly add the requirements of the α-linolenic acid and the ratio of linoleic acid and α-linolenic acid.
Increase the maximum and minimum fat values.
(5)Vitamins
Adjust the values of a number of vitamin;
Add the co
nversion formula of dl-α-tocopherol, and delet
e the co
nversion des
cription of the equivalent of polyunsaturated fatty acids and α-tocopherol.
(6)Minerals
Adjusted the maximum or minimum values of some minerals, except for sodium, calcium-phosphorus ratio and chlorine, all compo
nent values have been adjusted.
4.Optional ingredients
Adjusted the requirements for optio
nal ingredients, including selenium, choline, manganese, inositol, taurine and other indicators;
Add detection method for L-carnitine;
The ex
pressions of docosahexaenoic acid and eicosatetraenoic acid have been adjusted from the percentage of total fatty acids to specific milligrams.
5.Urease activity
The requirement for urease activity is adjusted from "products co
ntaining soybean ingredients" to "products using soybeans or soybean products as protein sources".
Updat
e the detection method of urease activity, from the recommended standard to the mandatory standard.
6.other aspects
The ex
pression of requirements for packaging materials has been adjusted from "food grade or purity ≥99.9%" to "in compliance with natio
nal food safety standards".
IV Summary
This revision is ba
sed on domestic survey and research data and combined with the revision trend of internatio
nal standards to further refine product standards and formulate separate standards for older infant foods. The nutrient indicators are adjusted according to the latest scientific evidence, which fully guarantees the effectiveness and safety of the indicators and is co
nsistent with the internatio
nal revision trend. At the same time, the co
nflicts between the previous different cited standards have been resolved, and the revised standard system has become more rigorous. In addition, co
nsidering the requirements of infant formula milk powder product formula registration, the standard transition period is 2 years. According to the "Questions and Answers on Infant Formula Food Series Standards" issued by NHC, food businesses are encouraged to implement the standards in advance.
Please note: Original English article of Business Division of Food Safety and Regulatory Compliance of Global Foodmate, please indicate the source from the Global Foodmate if reprint.
Business Division of Food Safety and Regulatory Compliance of Global Foodmate provides food standards & regulations research, labelling compliance consulting/Chinese label design, industry public opinion monitoring and analysis, registration services (of Infant formula, FSMP, Health food, Novel Food Ingredients, Novel Food Additives, New Varieties of Food-Related Products and Overseas manufacturers of imported food) and other comprehensive food safety solutions for domestic and overseas enterprises and institutions in food industry.
Please feel free to contact us: +86 10 68869850, E-mail: global_info@foodmate.net