© 2026 Sinochem Nanjing Corporation,
All Right Reserved
Name: Sodium Succinate
Chemical formula: C4H4Na2O4
Commonly found as: The disodium salt of succinic acid, often produced as a white crystalline powder with high solubility in water.
Uses: Regularly added as a food additive for flavor enhancement, used in laboratory buffers, found in pharmaceuticals, and taps into various fermentation work for its role as a substrate or pH control compound.
Skin: Prolonged contact may lead to mild irritation.
Eyes: Dust or solution splashes may sting, cause redness, or discomfort.
Inhalation: Inhaling fine dust may irritate the nose or throat.
Ingestion: Swallowing large amounts can irritate the digestive system.
Chronic effects: General consensus from toxicological data shows minimal risk for acute or chronic harm, yet oversights in hygiene might trigger issues especially for individuals with unusual sensitivities.
GHS classification: Not classed as hazardous under standard global harmonized systems for daily lab or food use, but lab protocols always err on the side of caution.
Primary constituent: 100% sodium succinate, with chemical purity standards depending on end use (food, pharma, industrial).
Common impurities: Minor traces of sodium chloride or sodium sulfate in industrial batches, rarely present in pharmaceutical or lab grade material.
Skin contact: Remove visible material, rinse exposed skin with plenty of water and mild soap.
Eye contact: Flush the eye with water, open eyelids wide, blink, and continue rinsing if irritation feels persistent.
Inhalation: Move to fresh air and breathe normally, seek medical advice only if coughing, wheezing, or sustained discomfort occurs.
Ingestion: Rinse out the mouth with water, drink some water if swallowing caused a scratchy feeling, and look for medical attention if there’s pain or discomfort that doesn’t fade.
Flammability: Not known to burn by itself, but fire can break out if other nearby materials catch.
Combustion products: Sodium oxides or other mineral ash result if fire is excessively hot.
Proper extinguishing agents: Standard water, foam, powder, or carbon dioxide fire extinguishers manage most laboratory or workplace fires involving sodium succinate stock.
Firefighting advice: Personal protective gear for smoke and fumes, keep upwind to dodge any unpredictable fine particulates, and prevent water runoff from spreading powder to drains or soil.
Personal protection: Dust mask, gloves, and eye protection stop exposure if bulk spills occur.
Spill clean-up: Sweep up carefully to avoid raising dust, place dry material in solid waste bins, and wipe affected surfaces with damp cloths.
Environmental steps: Prevent powder from mixing with water streams or outdoor soil where runoff might affect water quality.
Storage: Keep in a cool, dry, sealed container away from strong acids or bases that could slowly alter its structure or purity.
Handling: Pouring or mixing should happen in well-ventilated spaces, preferably under extraction fans or fume hoods in sensitive areas.
Hygiene: Wash hands after contact, avoid eating or drinking before rinsing hands, and never reuse containers for other chemicals unless thoroughly decontaminated.
Engineering controls: Local exhaust or ventilation limits dust, with simple worksite extraction systems proving sufficient.
Personal protective equipment: Safety goggles and light gloves for all handling, with particulate masks during larger scale transfers or weighing.
Workplace monitoring: Airborne particles are usually minimal at normal use levels, but visible dust means cleanup is overdue.
Appearance: White to off-white crystalline powder, sometimes found as granules.
Odor: Odorless or faintly musty, not recognizable in open air without close inspection.
Solubility: Highly soluble in water, creating neutral or mildly alkaline solutions even at moderate concentrations.
Melting point: Breaks down above 200°C rather than melting cleanly.
pH of solution: Gently alkaline, making it useful in buffer formulations for both biology and industrial chemistry.
Chemical stability: Stable under ordinary handling temperatures and pressures.
Reactivity: Can react with strong acids and oxidizers, breaking down into its acid form or causing unwanted byproducts if exposed in bulk to incompatible chemicals.
Decomposition: Prolonged heating creates sodium oxide and carbonaceous residues.
Acute toxicity: Considered nontoxic at practical doses.
Chronic exposure: No reliable evidence of harm with repeated low-level exposure, but high chronic intake raises questions about kidney function or mineral imbalances.
Irritation potential: Slight skin and eye irritation possible in those with allergies or naturally sensitive skin.
Aquatic life: High concentrations near watercourses might subtly adjust pH, which can trouble sensitive aquatic organisms.
Breakdown and persistence: Sodium succinate dissolves and hydrolyzes in water, eventually breaking down, but natural biological mechanisms consume it quickly in soil or aerobic wastewater setups.
Mobility: Leaching risk rises if large quantities enter groundwater, though real-world spills remain rare.
Small amounts: Dissolve fully in water before flushing in accordance with local rules, but avoid routes that dump directly into sensitive streams, rivers, or biospheres.
Large scale disposal: Containerize for landfill disposal as non-hazardous waste, or seek chemical reclamation if possible.
Regulations: Follow guidelines that aim to prevent cumulative environmental build-up in urban or agricultural areas.
Shipping: No special hazardous material label required for legal transport, though manufacturers double-bag and carton shipments to lock out moisture and minimize accidental release during transit.
Packaging: Resealable high-density polyethylene or similar containers protect quality and stop spills.
International codes: Shipped under general chemical cargo standards.
Food safety: Approved as a food additive in many jurisdictions with strictly controlled concentrations to avoid risk from chronic overuse.
Chemical safety: No restriction on laboratory or industrial quantities for non-ingestive use.
Worker regulations: Workplaces encourage voluntary use of PPE and proper handling training even for non-hazardous categorization.
