Is gluconate good for skin? A well-known ingredient used as a chelating agent and skin conditioner in personal care products.
What is sodium gluconate:
Sodium Gluconate is a sodium salt of gluconic acid. It stabilizes the formulation of products. It retains water content in the skin, it preserves product formulations for a longer time. It is derived from glucose and is thus a more natural and safer alternative to other synthetic chelating agents. It is often used in sunscreens, lotions, conditioners, face creams and much more.
Overview of Sodium Gluconate
Sodium gluconate is one of the most researched and reviewed ingredients. Top regulatory bodies like FDA (Food and Drug Administration ensures the safety, efficacy and security of humans by making sure that cosmetics are safe to use), CIR (Cosmetic Ingredient Review thoroughly investigates the safety of ingredients used in cosmetics), EU Cosmetics Regulation (It ensures the safety of the consumers while using the cosmetic products) and EWG (Environmental Working Group Skin Deep is a cosmetic database for ensuring the safety of ingredients being used in personal care products) along with popular skin care brand Paula’s Choice have rated it safe for use in cosmetics, personal care products.
Benefits of sodium gluconate:
Is gluconate good for skin? The ingredient Sodium Gluconate has the following benefits:
Acts as a skin conditioning agent: It makes the skin softer and smoother. It moisturizes the skin and hydrates it by trapping moisture in or beneath the skin which keeps the skin healthy and vibrant.
Acts as a chelating agent: It binds metal ions such as iron and copper to keep the product from deteriorating. This leads to the product being used for longer period of time.
Industrial glucose is not dangerous.
Industrial glucose is whole sugar or food grade glucose. White block solid, sweet. Solid ≥ 80%, de ≥ 95. The products are widely used in sewage treatment, medicine, chemical industry, food, microbial fermentation and other industries
Sodium gluconate is non-toxic.
Through conventional biochemical treatment, sodium gluconate and its chelates with heavy metal ions in water can be degraded rapidly and completely.