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E576 Sodium Gluconate is the sodium salt of gluconic acid used in food and beverage applications as an acidity regulator, chelating agent, and processing aid, and E576 Sodium Gluconate is valued for effective metal binding and high solubility with mild sensory impact.
E576 Sodium Gluconate helps control pH and complex metal ions such as calcium, iron, and copper, and E576 Sodium Gluconate is used in beverages, dairy, bakery, confectionery, and processing systems where improved mineral stability and reduced metal-catalyzed reactions are desired.
E576 Sodium Gluconate is typically supplied as a white crystalline powder, and E576 Sodium Gluconate performance depends on purity, moisture control, dosage, and interactions with minerals and processing conditions.
CAS Number: 527-07-1
EC Number: 208-407-7
Molecular Formula: C6H11NaO7
Molecular Weight: 218.14 g/mol
Synonyms: E576 Sodium Gluconate, Sodium Gluconate, Gluconic Acid Sodium Salt, Sodium D-Gluconate, Sodium Gluconate Food Grade, Chelating Agent E576, E576, Sodium Gluconate Sequestrant, Sodium Gluconate Powder, Gluconate Sodium Salt, Sodium Gluconate Stabilizer, Sodium Gluconate Processing Aid, E576 Sodium Gluconate, Sodium Gluconate, D-Sodium Gluconate, Sodium D-Gluconate, Gluconic Acid Sodium Salt, D-Gluconic Acid Sodium Salt, Sodium Salt of Gluconic Acid, Sodium 2,3,4,5,6-Pentahydroxyhexanoate, Sodium Dextronic Acid Salt, Sodium Glyconate, E576 Food Additive, E576 Sequestrant, E576 Stabilizer, E576 Acidity Regulator, Sodium Gluconate Food Grade, Food Grade Sodium Gluconate, Sodium Gluconate Sequestrant, Sodium Gluconate Chelating Agent, Sodium Gluconate Complexing Agent, Sodium Gluconate Stabilizer, Sodium Gluconate Buffering Agent, Sodium Gluconate Processing Aid, Sodium Gluconate Food Additive, Sodium Gluconate Beverage Additive, Sodium Gluconate Reagent, Industrial Sodium Gluconate, Pharmaceutical Sodium Gluconate, Cosmetic Grade Sodium Gluconate, High Purity Sodium Gluconate, Sodium Gluconate Powder, Sodium Gluconate Granules, Sodium Gluconate Crystals, Sodium Gluconate FCC, Sodium Gluconate USP, Sodium Gluconate EP, Sodium Gluconate Technical Grade, Anhydrous Sodium Gluconate, Sodium Gluconate Hydrate, Gluconate Sodium, Sodium Gluconate Mineral Chelator, Sodium Gluconate Water Treatment Agent, Sodium Gluconate Concrete Admixture, Sodium Gluconate Retarder, Sodium Gluconate Cleaning Agent, Sodium Gluconate Detergent Builder, Sodium Gluconate Functional Additive, Sodium Gluconate Ingredient
APPLICATIONS
E576 Sodium Gluconate is used in beverages in selected applications to improve mineral stability and reduce metal-catalyzed oxidation that can affect flavor and color.
E576 Sodium Gluconate is incorporated into functional drinks to support stable fortification strategies and clearer appearance in compatible systems.
E576 Sodium Gluconate is used in beverage syrups to help control trace metals and improve shelf life stability.
E576 Sodium Gluconate is used in dairy products in selected applications to manage mineral interactions and support processing stability.
E576 Sodium Gluconate is incorporated into dairy-based beverages to reduce precipitation and improve mineral balance in compatible formulations.
E576 Sodium Gluconate is used in processed cheese and cheese analog systems in selected applications to support stable emulsification and mineral control.
E576 Sodium Gluconate is used in bakery and dough systems in selected applications to manage mineral effects and support consistent processing.
E576 Sodium Gluconate is incorporated into baking mixes and premixes to improve stability of trace minerals and reduce discoloration risk.
E576 Sodium Gluconate is used in bakery fillings and icings to improve stability by binding catalytic metal ions.
E576 Sodium Gluconate is used in confectionery in selected applications to help control pH and reduce metal-catalyzed discoloration during cooking.
E576 Sodium Gluconate is incorporated into candies and lozenges to support smooth taste profile and improved stability.
E576 Sodium Gluconate is used in sugar processing in selected applications to help reduce oxidation and improve color stability.
E576 Sodium Gluconate is used in processed fruits and vegetables in selected applications to reduce enzymatic browning by binding catalytic metal ions.
E576 Sodium Gluconate is incorporated into brines and marinades to support mineral control and taste balance.
E576 Sodium Gluconate is used in canned food processing in selected applications to support stability and consistent product appearance.
E576 Sodium Gluconate is used in meat and seafood processing in selected applications to reduce oxidation and support flavor stability through chelation.
E576 Sodium Gluconate is incorporated into sauces and gravies to help stabilize color and flavor in compatible systems.
E576 Sodium Gluconate is used in functional mineral systems where chelation supports stable fortification strategies.
E576 Sodium Gluconate is valued because E576 Sodium Gluconate provides strong chelation with high solubility, improving taste smoothness, mineral stability, and shelf life performance in many food and beverage formulations.
E576 Sodium gluconate is used as a sequestrant in foods to bind metal ions and improve stability.
E576 Sodium gluconate supports reduced oxidation catalyzed by iron and copper in some products.
E576 Sodium gluconate helps improve shelf life by slowing rancidity and color changes in some systems.
E576 Sodium gluconate is used in beverages to reduce haze caused by metal interactions in some formulations.
E576 Sodium gluconate supports improved clarity and reduced precipitation in some drinks.
E576 Sodium gluconate helps stabilize flavor and color by sequestering trace metals.
E576 Sodium gluconate is used in syrups and liquid flavor preparations to improve stability in some systems.
E576 Sodium gluconate supports metal management that reduces discoloration.
E576 Sodium gluconate helps improve long-term storage stability of liquid premixes.
E576 Sodium gluconate is used in processed foods to support pH and stability control in some formulations.
E576 Sodium gluconate supports consistent performance in complex salt systems.
E576 Sodium gluconate helps reduce quality variation caused by trace metal contamination.
E576 Sodium gluconate is used in mineral-fortified foods to improve compatibility of added minerals in some designs.
E576 Sodium gluconate supports stabilization of mineral systems by complexing competing ions.
E576 Sodium gluconate helps reduce precipitation and gritty mouthfeel in some fortified products.
E576 Sodium gluconate is used in dietary supplements as a stabilizing chelator in some formulations.
E576 Sodium gluconate supports improved stability of mineral and vitamin blends.
E576 Sodium gluconate helps reduce oxidation-driven degradation in some supplement systems.
E576 Sodium gluconate is used in pharmaceuticals as a chelating agent and stabilizer in some formulations.
E576 Sodium gluconate supports stable solutions where metal ions would otherwise destabilize actives.
E576 Sodium gluconate helps improve robustness of liquid medicines in some designs.
E576 Sodium gluconate is used in oral care products as a chelator to support formulation stability.
E576 Sodium gluconate supports improved performance in the presence of hard water minerals.
E576 Sodium gluconate helps reduce mineral film and supports cleaner mouthfeel in some systems.
E576 Sodium gluconate is used in cosmetics as a chelating agent to improve stability of emulsions and solutions.
E576 Sodium gluconate supports improved preservative performance by binding trace metals.
E576 Sodium gluconate helps reduce discoloration caused by metal-catalyzed oxidation in some products.
E576 Sodium gluconate is used in skin care to support gentle chelation and improved mildness in some formulations.
E576 Sodium gluconate supports stability of sensitive ingredients by reducing metal stress.
E576 Sodium gluconate helps improve overall formulation robustness in some products.
E576 Sodium gluconate is used in household cleaners as a chelating agent to improve cleaning performance.
E576 Sodium gluconate supports removal of limescale and mineral deposits in some cleaning systems.
E576 Sodium gluconate helps improve cleaning performance in hard water by binding calcium and magnesium ions.
E576 Sodium gluconate is used in bathroom cleaners to reduce scale and soap scum in some formulations.
E576 Sodium gluconate supports chelation of calcium that contributes to deposits.
E576 Sodium gluconate helps improve shine and reduce streaking on surfaces.
E576 Sodium gluconate is used in dishwashing formulations to reduce spotting and film caused by hard water.
E576 Sodium gluconate supports improved rinse performance in some detergents.
E576 Sodium gluconate helps reduce mineral redeposition on dishes and glass.
E576 Sodium gluconate is used in laundry detergents to improve cleaning in hard water conditions.
E576 Sodium gluconate supports improved surfactant performance by binding hardness ions.
E576 Sodium gluconate helps reduce dinginess and mineral buildup on fabrics.
E576 Sodium gluconate is used in industrial cleaning to remove rust and scale in some applications.
E576 Sodium gluconate supports metal ion complexation that aids cleaning.
E576 Sodium gluconate helps improve cleaning efficiency while being less aggressive than strong mineral acids in some systems.
E576 Sodium gluconate is used in metal surface treatment as a chelating and cleaning agent in some processes.
E576 Sodium gluconate supports removal of metal oxides and scale in some treatments.
E576 Sodium gluconate helps improve surface preparation prior to plating or coating in some operations.
E576 Sodium gluconate is used in water treatment to control scale formation in some systems.
E576 Sodium gluconate supports chelation of metal ions that contribute to scaling.
E576 Sodium gluconate helps improve performance of water systems with high hardness.
E576 Sodium gluconate is used in boiler and cooling water programs to reduce scale and metal deposition.
E576 Sodium gluconate supports stable operation of recirculating systems.
E576 Sodium gluconate helps reduce downtime caused by scaling and fouling.
E576 Sodium gluconate is used in cement and concrete admixtures as a set retarder in some formulations.
E576 Sodium gluconate supports extended working time for concrete placement.
E576 Sodium gluconate helps control hydration kinetics in cement systems.
E576 Sodium gluconate is used in ready-mix concrete to improve workability retention in hot weather.
E576 Sodium gluconate supports reduced slump loss during transport.
E576 Sodium gluconate helps improve placement and finishing windows for concrete.
E576 Sodium gluconate is used in gypsum and plaster formulations as a setting modifier in some applications.
E576 Sodium gluconate supports controlled set and improved workability.
E576 Sodium gluconate helps reduce premature setting in some construction mixes.
E576 Sodium gluconate is used in textile processing to sequester metal ions in dye baths in some applications.
E576 Sodium gluconate supports more consistent dyeing by reducing metal interference.
E576 Sodium gluconate helps improve shade reproducibility in some textile operations.
E576 Sodium gluconate is used in pulp and paper processing as a chelator in some bleaching and process-water systems.
E576 Sodium gluconate supports control of metal ions that reduce bleach efficiency.
E576 Sodium gluconate helps improve brightness and process stability in some mills.
E576 Sodium gluconate is used in oil and gas operations to manage scale and metal ions in some water systems.
E576 Sodium gluconate supports improved scale control in some production waters.
E576 Sodium gluconate helps reduce deposition risks in some facilities.
E576 Sodium gluconate is used in electroplating baths as a complexing agent in some formulations.
E576 Sodium gluconate supports stable metal ion complexes for controlled deposition.
E576 Sodium gluconate helps improve bath stability and plating uniformity in some systems.
E576 Sodium gluconate is used in corrosion inhibition programs as part of chelation and metal management strategies in some systems.
E576 Sodium gluconate supports improved inhibitor performance by binding interfering ions.
E576 Sodium gluconate helps reduce localized deposition that can accelerate corrosion.
E576 Sodium gluconate is used in agriculture as a chelating agent in some micronutrient formulations.
E576 Sodium gluconate supports improved micronutrient availability in foliar and soil applications.
E576 Sodium gluconate helps stabilize metal micronutrients against precipitation in hard water.
E576 Sodium gluconate is used in fertilizers to stabilize iron, zinc, and manganese in some formulations.
E576 Sodium gluconate supports improved compatibility in liquid fertilizer blends.
E576 Sodium gluconate helps reduce nozzle blockage caused by mineral precipitation.
E576 Sodium gluconate is used in fermentation and biotechnology as a chelator in some media systems.
E576 Sodium gluconate supports metal management in bioprocess environments.
E576 Sodium gluconate helps improve consistency of fermentation outcomes in some applications.
E576 Sodium gluconate is used in laboratory chemistry as a chelating agent for metal ion control.
E576 Sodium gluconate supports preparation of stable metal-ion solutions for testing.
E576 Sodium gluconate helps reduce unwanted precipitation in analytical procedures.
E576 Sodium gluconate is used in analytical chemistry as a reference compound and for method development in some assays.
E576 Sodium gluconate supports calibration and validation of chelation-related tests.
E576 Sodium gluconate helps study complexation behavior of metals under different pH conditions.
E576 Sodium gluconate is used in product development to optimize stability and performance in hard water cleaning products.
E576 Sodium gluconate supports screening of chelation strength versus other sequestrants.
E576 Sodium gluconate helps improve cleaning results while maintaining mildness in some designs.
E576 Sodium gluconate is used in manufacturing troubleshooting to address scale, haze, and precipitation problems linked to metal ions.
E576 Sodium gluconate supports rapid correction of metal-driven stability issues.
E576 Sodium gluconate helps improve robustness of production under variable water quality.
E576 Sodium gluconate is used in quality control to monitor chelation effectiveness and stability performance in finished products.
E576 Sodium gluconate supports consistent performance across batches.
E576 Sodium gluconate helps ensure specification compliance for sequestrant functionality.
E576 Sodium gluconate is used in education and training as an example of biodegradable chelators derived from glucose oxidation.
E576 Sodium gluconate supports teaching about sequestration and hard water chemistry.
E576 Sodium gluconate helps illustrate how chelation influences cleaning, stability, and construction set control.
DESCRIPTION
E576 Sodium Gluconate is the sodium salt of gluconic acid, and E576 Sodium Gluconate is typically produced by neutralizing gluconic acid with sodium hydroxide followed by crystallization and drying to food-grade specifications.
E576 Sodium Gluconate has multiple hydroxyl groups that enable chelation, and E576 Sodium Gluconate forms stable complexes with metal ions such as calcium, iron, and copper, reducing their reactivity in foods.
E576 Sodium Gluconate can help reduce metal-catalyzed oxidation and discoloration, and this supports improved shelf life in products sensitive to trace metals.
E576 Sodium Gluconate is highly soluble in water, and this makes E576 Sodium Gluconate easy to dose and distribute uniformly in aqueous systems.
E576 Sodium Gluconate should be used according to applicable food additive regulations and good manufacturing practices for the target market.
E576 Sodium Gluconate should be dosed appropriately because excessive chelation can affect mineral balance and processing behavior in some systems.
E576 Sodium Gluconate is typically supplied as a white crystalline powder with good flow, and moisture control helps prevent caking during storage.
E576 Sodium Gluconate should be stored in tightly closed containers in a cool, dry place to prevent moisture pickup and maintain consistent quality.
E576 Sodium Gluconate should be kept away from strong oxidizers and stored under clean conditions to maintain food-grade integrity.
E576 Sodium gluconate is the sodium salt of gluconic acid and is widely used as a chelating and sequestrant agent.
E576 Sodium gluconate is typically supplied as a white crystalline powder or granules with good water solubility.
E576 Sodium gluconate forms stable complexes with many metal ions, which helps control precipitation, oxidation, and scale formation.
E576 Sodium gluconate is used in foods to bind trace metals and improve stability, and it is used in many industrial systems for scale and metal control.
E576 Sodium gluconate is common in detergents, cleaners, water treatment, and construction admixtures due to useful chelation and mildness.
E576 Sodium gluconate performance depends on dosage, pH, metal ion load, and the overall formulation environment.
E576 Sodium gluconate should be stored in tightly closed containers in a cool, dry place to prevent moisture pickup and caking.
E576 Sodium gluconate is valued for strong sequestration, good biodegradability profile, and broad usefulness across food and industrial applications.
PROPERTIES
Chemical Formula: C6H11NaO7
Molecular Weight: 218.14 g/mol
Common Name: E576 Sodium Gluconate
Chemical Type: Organic salt; acidity regulator; chelating agent; sequestrant; processing aid
Appearance: White crystalline powder
Odor: Odorless
Taste: Mild; slightly salty or neutral at typical use levels
Solubility: Highly soluble in water
Chelation: Strong metal complexing capacity with Ca, Fe, Cu, and other ions
pH Behavior: Mildly alkaline to near neutral in solution (concentration dependent)
Stability: Stable under normal storage; compatible with many food processing conditions
Storage Temperature: 15–30°C, tightly closed, dry
Shelf Life: Typically 24–60 months in original sealed packaging (supplier dependent)
FIRST AID
Inhalation:
Move to fresh air if dust is inhaled.
Seek medical attention if respiratory irritation persists.
Avoid breathing dust during powder handling.
Skin Contact:
Wash with soap and water after contact.
Remove contaminated clothing and wash before reuse.
Seek medical advice if irritation develops or persists.
Eye Contact:
Rinse cautiously with water for several minutes.
Remove contact lenses if present and easy to do, then continue rinsing.
Seek medical attention if irritation persists.
Ingestion:
Rinse mouth with water.
Seek medical attention if discomfort occurs or if a large amount is swallowed.
Never give anything by mouth to an unconscious person.
Note to Physicians:
Treat symptomatically.
No specific antidote is required.
Provide supportive care as needed.
HANDLING AND STORAGE
Handling:
Use appropriate PPE including gloves and safety glasses for bulk handling.
Avoid generating dust and avoid inhalation of fine powder.
Use clean, food-grade equipment for weighing and blending to prevent contamination.
Ventilation:
Use general ventilation for normal handling.
Use local exhaust where dust may be generated during powder transfer.
Minimize airborne particulate accumulation in enclosed areas.
Storage:
Store in tightly closed containers in a cool, dry place.
Protect from moisture to prevent caking and maintain free-flowing behavior.
Keep containers properly labeled and protected from contamination.
Spill and Leak Procedures:
Sweep up spilled powder and avoid dust generation.
Collect into suitable containers for reuse or disposal according to local regulations.
Clean residues with water if needed and dry the area to prevent slip hazards.
Handling Precautions:
Optimize dosage because E576 Sodium Gluconate affects chelation and mineral balance, and excessive levels can change processing behavior or taste balance.
Consider mineral interactions because E576 Sodium Gluconate binds calcium and other ions, which can influence texture or stability in dairy and fortified products.
Rotate stock using FIFO practices to maintain consistent quality and predictable chelation performance.
