The role of magnesium hydroxide in food additives.

27 Mar.,2025

Magnesium hydroxide plays various important roles in food additives,mainly reflected in the following aspects

 

Magnesium hydroxide plays various important roles in food additives,mainly reflected in the following aspects:

The role of magnesium hydroxide in food additives.

Adjusting pH:Magnesium hydroxide,due to its alkaline properties,can effectively neutralize acidic components in food and adjust the pH value to the ideal range.For example,the use of magnesium hydroxide in candies,juices,sauces,and baked goods helps improve the taste,enhance flavor,and extend shelf life of the products.

As a leavening agent,magnesium hydroxide reacts with acidic substances to generate carbon dioxide,which can increase the expansion of baked goods such as cakes and bread,and improve their taste and volume.

As an anti caking agent:Magnesium hydroxide is often used as an anti caking agent,which can regulate the moisture in food and reduce the phenomenon of food clumping.For example,adding magnesium hydroxide to fruit sauce can effectively prevent it from clumping.

Supplementing magnesium element:Magnesium hydroxide,as a common food additive,is one of the often overlooked yet important elements for the human body.Magnesium hydroxide added to food can increase its nutritional value and help the body supplement magnesium,which is very important for human health.

Antioxidant effect:Magnesium hydroxide has a high concentration of oxidizing components,which can help food resist oxidative reactions and increase the shelf life of food.

Assisting digestion:Magnesium hydroxide can neutralize stomach acid,which has a certain effect on relieving stomach acid reflux,and is also beneficial for helping intestinal peristalsis and promoting digestion.

Overall,magnesium hydroxide plays a wide and important role in food additives.However,although magnesium hydroxide is one of the safe food additives,appropriate dosage and indicators should be selected,used correctly,and negative effects avoided.