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Ferrous Lactate is an iron(II) salt of lactic acid commonly used as a dietary iron supplement and food additive.
Ferrous Lactate offers high bioavailability and is favored for its relatively mild gastrointestinal side effects compared to other iron salts.
Ferrous Lactate is also used as a color stabilizer in food processing, particularly in fruit and vegetable products.
CAS Number: 5905-52-2
EC Number: 227-912-4
Molecular Formula: C6H10FeO6
Molecular Weight: 242.98 g/mol
Synonyms: Iron(II) Lactate, Iron Lactate, Ferrous 2-Hydroxypropanoate, Iron(2+) Lactic Acid Salt, E585, Ferrous L(+)-Lactate, Iron(II) L(+)-Lactate, Ferrous Lactic Acid, Iron(II) Hydroxypropanoate, Ferrous Lactate, Iron(II) Lactate, Iron Dilactate, Iron Lactate, Ferrous 2‑hydroxypropanoate, Bis‑lactato Iron(II), Iron(II) lactate dihydrate, Iron Lactate Trihydrate, Iron L‑lactate, L‑Ferrous Lactate, Iron(2+) Lactate, Iron (II) Salt of Lactic Acid, Fe(C₃H₅O₃)₂, Fe(C3H5O3)2, Ferrous Lactate Hydrate, Iron (II) Hydrate Lactate, FERROUS LACTATE (all caps), PURAMEX® FE, E 585, INS 585, CAS 5905‑52‑2, EC 227‑608‑0, UNII‑5JU4C2L5A0, PubChem CID 22197, ChemSpider 20839, Iron Dilactic Acid, Iron Bis‑Lactate, 2‑Hydroxypropanoic Acid Iron Salt, Ferrous L‑Lactate Dihydrate, Ferrous Salt of Lactic Acid, Lactic Acid Iron Salt, Iron Lactate Powder, Ferrous Lactate Crystals, Ferrous Lactate Greenish‑White, Iron Fortification Agent, Food Grade Ferrous Lactate, Pharmaceutical Grade Ferrous Lactate, Nutrient Ferrous Lactate, Acidity Regulator Ferrous Lactate, Color Retention Agent, Oxidation Control Ferrous Lactate, Infant Formula Ferrous Lactate, Dietary Supplement Ferrous Lactate, Veterinary Iron Supplement, PEFC Reagent Ferrous Lactate, Fuel Cell Catalyst Precurso
APPLICATIONS
Ferrous Lactate is widely used in nutritional supplements to treat or prevent iron-deficiency anemia.
Ferrous Lactate is included in tablets, capsules, and syrups due to its high solubility and tolerability.
Ferrous Lactate is preferred for individuals with sensitivity to other iron forms such as ferrous sulfate.
Ferrous Lactate is used in infant formulas and pediatric supplements to support proper iron intake in early development.
Ferrous Lactate is an important ingredient in prenatal and postnatal vitamins.
Ferrous Lactate is suitable for long-term use due to its gentle impact on the gastrointestinal system.
Ferrous Lactate is added to fortified foods, including cereals, flours, baked goods, and dairy alternatives.
Ferrous Lactate provides a stable and bioavailable form of iron that does not significantly alter taste.
Ferrous Lactate is used in functional beverages and meal replacement shakes.
Ferrous Lactate is employed in food preservation and color stabilization, especially in canned vegetables and fruit juices.
Ferrous Lactate helps prevent oxidative browning and enhances the visual appeal of processed products.
Ferrous Lactate is listed as a food additive under the code E585.
Ferrous Lactate is used in veterinary nutrition as a mineral supplement in feed for livestock and pets.
Ferrous Lactate supports hemoglobin production and red blood cell function in animals.
Ferrous Lactate is formulated into oral pastes, pellets, and feed blends.
Ferrous Lactate is included in oral care products for remineralization and as a trace mineral source.
Ferrous Lactate is found in some mouthwashes and toothpaste formulations for dental health.
Ferrous Lactate supports healthy oral flora when used in trace concentrations.
Ferrous Lactate is used in cosmetic and personal care formulations for its mild mineral-enriching properties.
Ferrous Lactate may support skin vitality and tone regulation in mineral-balanced skin care products.
Ferrous Lactate is included in creams, lotions, and anti-aging formulas.
Ferrous Lactate is sometimes used in analytical chemistry and biochemical research involving iron transport.
Ferrous Lactate is employed in studies of iron metabolism and cellular uptake.
Ferrous Lactate serves as a controlled source of ferrous ions in experiments.
Ferrous Lactate is used in dietary supplements to treat and prevent iron deficiency anemia.
Ferrous Lactate is included in fortified breakfast cereals to boost iron content.
Ferrous Lactate is added to baby formulas to support infant iron requirements.
Ferrous Lactate is used in energy drinks marketed for fatigue and iron support.
Ferrous Lactate is incorporated into multivitamin tablets and capsules.
Ferrous Lactate is used in food products as a color stabilizer, especially in green vegetables.
Ferrous Lactate is added to functional beverages aimed at improving iron absorption.
Ferrous Lactate is included in oral iron tonics for its high solubility and mild taste.
Ferrous Lactate is used in pharmaceutical syrups for easy pediatric administration.
Ferrous Lactate is utilized in iron-enriched bakery products to meet nutritional labeling standards.
Ferrous Lactate is used in the preservation of canned green beans to maintain vibrant color.
Ferrous Lactate is added to sports nutrition bars to support recovery and energy.
Ferrous Lactate is used in prenatal vitamins to support maternal health.
Ferrous Lactate is included in liquid nutritional supplements for elderly individuals.
Ferrous Lactate is applied in mineral water enrichment for iron supplementation.
Ferrous Lactate is used in plant-based meat analogs to simulate the iron content of red meat.
Ferrous Lactate is included in chewable iron tablets due to its better flavor profile.
Ferrous Lactate is used in iron-rich instant soups.
Ferrous Lactate is applied in therapeutic diets for post-operative or post-illness recovery.
Ferrous Lactate is included in gummy vitamins for both children and adults.
Ferrous Lactate is used in nutrition plans for athletes needing increased iron intake.
Ferrous Lactate is included in clinical nutrition formulations for chronically ill patients.
Ferrous Lactate is added to dairy alternatives for iron enrichment.
Ferrous Lactate is used in medical nutrition powders and drinks.
Ferrous Lactate is added to vitamin-enriched spreads.
Ferrous Lactate is used in school meal programs for iron-fortified menus.
Ferrous Lactate is included in therapeutic food supplements used in humanitarian aid.
Ferrous Lactate is applied in iron-fortified baby cereals.
Ferrous Lactate is used in iron-enriched pasta and noodles.
Ferrous Lactate is added to vegetarian capsules for targeted supplementation.
Ferrous Lactate is used in high-performance drink formulations.
Ferrous Lactate is used in compact iron lozenges for convenient delivery.
Ferrous Lactate is included in parenteral nutrition solutions under medical supervision.
Ferrous Lactate is used in algae-based food products for iron fortification.
Ferrous Lactate is used in flavored water beverages with added minerals.
Ferrous Lactate is applied in anemia treatment kits for low-resource settings.
Ferrous Lactate is used in pet foods for iron supplementation.
Ferrous Lactate is added to mineral-rich tea blends.
Ferrous Lactate is used in fortified ketchup and sauces.
Ferrous Lactate is applied in fortified jelly and jam spreads.
Ferrous Lactate is included in therapeutic herbal tonics.
Ferrous Lactate is used in iron-rich medical biscuits.
Ferrous Lactate is used in liquid iron sprays for geriatric use.
Ferrous Lactate is added to protein shakes targeted at women’s health.
Ferrous Lactate is used in powdered meal replacement sachets.
Ferrous Lactate is used in performance-boosting pre-workout drinks.
Ferrous Lactate is applied in botanical supplements combined with herbal extracts.
Ferrous Lactate is used in laboratory research involving iron absorption studies.
Ferrous Lactate is added to iron-testing reference solutions.
Ferrous Lactate is used in personalized supplement plans tailored to nutritional diagnostics.
DESCRIPTION
Ferrous Lactate typically appears as a light greenish-white to pale yellow crystalline powder or granules.
Ferrous Lactate is odorless or has a faint metallic or lactic scent.
Ferrous Lactate has a slightly acidic to neutral taste and dissolves readily in water.
Ferrous Lactate contains approximately 19% elemental iron by weight.
Ferrous Lactate offers good bioavailability, meaning it is efficiently absorbed in the gastrointestinal tract.
Ferrous Lactate is considered safer and more tolerable than iron salts with higher oxidative reactivity.
Ferrous Lactate is stable under normal storage conditions but can oxidize upon prolonged exposure to air and moisture.
Ferrous Lactate should be stored in tightly closed containers to prevent degradation.
Ferrous Lactate complies with food-grade and pharmaceutical-grade quality standards in most regions.
Ferrous Lactate is considered safe when used within recommended limits in food and dietary supplements.
Ferrous Lactate is available in various hydration states depending on the manufacturing process.
Ferrous Lactate is listed as Generally Recognized As Safe (GRAS) in the United States for use in food.
Ferrous Lactate is a greenish-white powder that serves as a bioavailable iron supplement.
Ferrous Lactate is the ferrous salt of lactic acid and contains around 19% elemental iron.
Ferrous Lactate is water-soluble and well tolerated in food and pharmaceutical formulations.
Ferrous Lactate is commonly used for iron fortification due to its mild metallic taste.
Ferrous Lactate is more easily absorbed in the gastrointestinal tract compared to some other iron salts.
Ferrous Lactate is generally stable under dry storage conditions and in a wide pH range.
Ferrous Lactate is recognized as safe for use in food, beverages, and dietary supplements.
Ferrous Lactate is produced via neutralization of lactic acid with ferrous compounds.
Ferrous Lactate is considered less constipating than ferrous sulfate when used orally.
Ferrous Lactate is preferred in pediatric and geriatric formulations for its gentle absorption profile.
PROPERTIES
Chemical Name: Ferrous Lactate
Molecular Formula: C6H10FeO6
Molecular Weight: 242.98 g/mol
Appearance: Pale yellow or greenish crystalline powder
Odor: Odorless or mild lactic odor
Taste: Slightly metallic or neutral
Solubility: Freely soluble in water
Elemental Iron Content: ~19%
pH (1% solution): 4.0–5.5
Melting Point: Decomposes before melting
Density: ~1.8 g/cm³
Stability: Stable under dry, cool conditions
Storage: Store in a tightly sealed container in a dry place
Shelf Life: Up to 2 years
Light Sensitivity: Sensitive to light and air
Reactivity: May oxidize upon exposure to oxygen or strong oxidizers
FIRST AID
Inhalation:
Move to fresh air immediately.
Seek medical attention if respiratory symptoms develop or persist.
Skin Contact:
Wash affected area with soap and water.
Remove contaminated clothing.
Seek medical help if irritation occurs.
Eye Contact:
Flush eyes with plenty of water for at least 15 minutes.
Seek medical attention if symptoms persist.
Ingestion:
Rinse mouth with water.
Do not induce vomiting unless instructed.
Seek immediate medical attention in case of accidental overdose.
Note to Physicians:
Treat symptomatically.
Monitor for signs of iron overload, especially in pediatric cases.
Chelation therapy may be necessary in cases of acute iron poisoning.
HANDLING AND STORAGE
Handling:
Wear protective gloves and eye protection during handling.
Avoid breathing dust and prevent contact with eyes and skin.
Wash hands thoroughly after handling.
Ventilation:
Ensure adequate ventilation during bulk handling or processing.
Use dust control measures to prevent airborne exposure.
Storage:
Store in a cool, dry, and well-ventilated area.
Keep container tightly closed and away from strong oxidizing agents.
Protect from moisture, air, and direct sunlight.
Spill Response:
Avoid creating dust.
Clean up using dry methods and dispose of according to regulations.
Do not allow material to enter waterways or drains.
Disposal:
Dispose of in accordance with local, regional, and national regulations.
Avoid contamination of soil or water during disposal.
