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Sodium Perchlorate is an inorganic perchlorate salt used as a strong oxidizing agent and as a specialty reagent in analytical, industrial, and laboratory applications.
Sodium Perchlorate is valued for high solubility in water and strong oxidizing potential, and Sodium Perchlorate is used in controlled processes where reliable oxidation or ionic strength control is required.
Sodium Perchlorate must be handled with strict safety measures because Sodium Perchlorate can intensify fires, reacts dangerously with many organic and reducing materials, and perchlorate salts require careful storage, segregation, and disposal controls.
CAS Number: 7601-89-0
EC Number: 231-511-9
Molecular Formula: NaClO4
Molecular Weight: 122.44 g/mol
Synonyms: Sodium Perchlorate, NaClO4, Perchloric Acid Sodium Salt, Sodium Perchlorate Anhydrous, Sodium Perchlorate Monohydrate (hydrated grades), Perchlorate Sodium Salt, Sodium Perchlorate Oxidizer, Sodium Perchlorate Reagent, Sodium Perchlorate Electrolyte Salt, Sodium Perchlorate Laboratory Grade, Sodium Perchlorate Technical Grade, Sodium Perchlorate Crystals, Sodium Perchlorate, Sodium perchlorate, SODIUM PERCHLORATE, Perchloric Acid Sodium Salt, Sodium Salt of Perchloric Acid, Sodium Perchlorate Anhydrous, Anhydrous Sodium Perchlorate, Sodium Perchlorate Monohydrate, Sodium Perchlorate Hydrate, Sodium Perchlorate (NaClO4), NaClO4, NaClO₄ (format variant), Sodium Perchlorate (CAS 7601-89-0), CAS 7601-89-0, Sodium Perchlorate (EC 231-511-9) (common listing), EC 231-511-9, Sodium Perchlorate (EINECS 231-511-9), Sodium Perchlorate Reagent, Sodium Perchlorate Analytical Grade, Sodium Perchlorate Laboratory Grade, Sodium Perchlorate Technical Grade, Sodium Perchlorate Industrial Grade, Sodium Perchlorate High Purity, Sodium Perchlorate 98%, Sodium Perchlorate 99%, Sodium Perchlorate Powder, Sodium Perchlorate Crystals, Sodium Perchlorate Granules, Sodium Perchlorate Solution, Sodium Perchlorate Aqueous Solution
APPLICATIONS
Sodium Perchlorate is used in analytical chemistry as an electrolyte salt to control ionic strength in solution-based measurements.
Sodium Perchlorate is incorporated into ion chromatography and separation methods as a supporting electrolyte in compatible protocols.
Sodium Perchlorate is used in laboratory standards and method development where perchlorate background control is required.
Sodium Perchlorate is used in electrochemistry as a supporting electrolyte due to high solubility and relatively inert anion behavior in some systems.
Sodium Perchlorate is incorporated into electrochemical testing baths to stabilize conductivity and control solution composition.
Sodium Perchlorate is used in corrosion and materials studies where electrolyte composition must be tightly controlled.
Sodium Perchlorate is used in chemical synthesis as an oxidizing salt or as a source of perchlorate counterions in compatible reactions.
Sodium Perchlorate is incorporated into salt metathesis steps where perchlorate salts of specific cations are prepared for research purposes.
Sodium Perchlorate is used in laboratory reagent applications where a strong oxidizing environment is required under controlled conditions.
Sodium Perchlorate is used in catalyst and coordination chemistry where perchlorate anions serve as weakly coordinating counterions in compatible systems.
Sodium Perchlorate is incorporated into preparation of perchlorate salts for spectroscopy and crystallography studies.
Sodium Perchlorate is used in materials research where perchlorate-based ionic environments influence structure and properties.
Sodium Perchlorate is used in biotechnology and biochemistry as a chaotropic salt in selected protocols where ionic disruption is needed.
Sodium Perchlorate is incorporated into protein and nucleic-acid handling procedures only when validated for compatibility and safety.
Sodium Perchlorate is used in laboratory sample preparation where controlled chaotropic strength improves extraction or separation behavior.
Sodium Perchlorate is used in textile and specialty processing in limited cases as an oxidizing component where controlled oxidation is required and permitted.
Sodium Perchlorate is incorporated into industrial oxidation steps only with engineered safety controls and regulatory compliance.
Sodium Perchlorate is used in niche manufacturing processes where perchlorate chemistry is specified by technical requirements.
Sodium Perchlorate is used in reference materials and calibration solutions for environmental testing of perchlorate contamination.
Sodium Perchlorate is incorporated into spiking solutions for method validation under regulated laboratory practice.
Sodium Perchlorate is used in proficiency testing programs where accurate perchlorate quantification is required.
Sodium Perchlorate is used in educational and research demonstrations of strong oxidizer behavior under strict supervision and safety controls.
Sodium Perchlorate is incorporated into controlled laboratory exercises that emphasize hazard awareness and oxidizer segregation.
Sodium Perchlorate is valued because Sodium Perchlorate provides strong oxidizing capability and stable perchlorate ion chemistry for specialized scientific and industrial applications when handled responsibly.
Sodium Perchlorate is used as a strong oxidizing agent in industrial chemical processing.
Sodium Perchlorate is used where high oxidizing power is needed under controlled, regulated conditions.
Sodium Perchlorate supports oxidation-based manufacturing steps in specialty chemistry.
Sodium Perchlorate is used as a precursor for producing perchloric acid in industrial routes.
Sodium Perchlorate supports perchloric acid manufacture where permitted and properly controlled.
Sodium Perchlorate helps provide a stable salt feedstock compared with handling concentrated acid directly.
Sodium Perchlorate is used as a starting material to manufacture other perchlorate salts.
Sodium Perchlorate supports metathesis reactions to produce potassium, ammonium, or metal perchlorates in controlled processes.
Sodium Perchlorate helps enable consistent perchlorate supply chains for industrial customers.
Sodium Perchlorate is used in laboratory analytical chemistry as a supporting electrolyte.
Sodium Perchlorate supports ionic strength control in electrochemical and conductivity measurements.
Sodium Perchlorate helps provide a largely non-complexing anion in many aqueous systems.
Sodium Perchlorate is used in electrochemistry research for studying electrode kinetics.
Sodium Perchlorate supports preparation of perchlorate-based electrolyte solutions for controlled experiments.
Sodium Perchlorate helps minimize interference from coordinating anions in some studies.
Sodium Perchlorate is used in chromatography and separation science as a mobile-phase additive in some methods.
Sodium Perchlorate supports ionic strength and selectivity control in certain ion-pairing or salt-modified systems.
Sodium Perchlorate helps tune retention behavior in specialized analytical protocols.
Sodium Perchlorate is used in laboratory preparation of perchlorate standards for instrument calibration.
Sodium Perchlorate supports quantification of perchlorate contamination in water and environmental samples.
Sodium Perchlorate helps create reference solutions for IC and related analytical techniques.
Sodium Perchlorate is used in environmental laboratories for method development on perchlorate detection.
Sodium Perchlorate supports validation of extraction, cleanup, and quantitation workflows.
Sodium Perchlorate helps evaluate recovery, matrix effects, and detection limits.
Sodium Perchlorate is used in research on thyroid-related chemistry as a perchlorate ion source.
Sodium Perchlorate supports studies of iodide uptake inhibition in biological and clinical research models.
Sodium Perchlorate helps create controlled perchlorate exposure conditions in laboratory experiments.
Sodium Perchlorate is used in pharmaceutical and medical research as a reagent for specific analytical or mechanistic studies.
Sodium Perchlorate supports investigation of anion transport and competitive inhibition phenomena.
Sodium Perchlorate helps in controlled in vitro assay design when perchlorate is the test anion.
Sodium Perchlorate is used in inorganic synthesis as an oxidant or counterion source in controlled laboratory reactions.
Sodium Perchlorate supports preparation of metal perchlorate complexes in coordination chemistry research.
Sodium Perchlorate helps provide perchlorate counterions for crystallization and salt formation studies.
Sodium Perchlorate is used in crystallography research to obtain perchlorate salts with favorable crystallization behavior.
Sodium Perchlorate supports formation of well-defined ionic lattices for structural characterization.
Sodium Perchlorate helps produce salts used to study packing, hydration, and lattice interactions.
Sodium Perchlorate is used in materials research to control ionic conductivity in aqueous electrolyte systems.
Sodium Perchlorate supports evaluation of ion transport in membranes and separators.
Sodium Perchlorate helps probe anion effects on conductivity and viscosity.
Sodium Perchlorate is used in battery and electrochemical energy research as an electrolyte component in aqueous test cells.
Sodium Perchlorate supports screening of electrode materials under controlled ionic environments.
Sodium Perchlorate helps compare performance across different salt chemistries in laboratory studies.
Sodium Perchlorate is used in metal finishing research as a component in specialized electrolyte baths in some studies.
Sodium Perchlorate supports ionic strength control for controlled deposition or dissolution experiments.
Sodium Perchlorate helps evaluate corrosion and passivation behavior in perchlorate media.
Sodium Perchlorate is used in corrosion testing as a non-complexing electrolyte for comparative experiments.
Sodium Perchlorate supports controlled assessment of alloy behavior under oxidizing salt conditions.
Sodium Perchlorate helps create repeatable test environments for electrochemical corrosion methods.
Sodium Perchlorate is used in specialty oxidizing formulations in strictly regulated industrial applications.
Sodium Perchlorate supports controlled oxidation performance when compatible stabilizers and packaging are used.
Sodium Perchlorate helps deliver consistent oxidizer content in formulated products.
Sodium Perchlorate is used in oxygen-generation and oxidizer-based technologies only within regulated industrial and institutional systems.
Sodium Perchlorate supports oxygen-release chemistries in certain specialized, controlled devices.
Sodium Perchlorate helps provide an oxidizer source where compliant designs and approvals exist.
Sodium Perchlorate is used in mining and hydrometallurgy research to study oxidative leaching environments.
Sodium Perchlorate supports laboratory simulation of strongly oxidizing brines.
Sodium Perchlorate helps evaluate metal dissolution and speciation behavior in perchlorate media.
Sodium Perchlorate is used in academic teaching laboratories for demonstrations of strong oxidizers under strict safety supervision.
Sodium Perchlorate supports lessons on redox chemistry and oxidizer compatibility.
Sodium Perchlorate helps illustrate hazard-based chemical handling and segregation practices.
Sodium Perchlorate is used in process development to compare oxidants for selectivity and byproduct control.
Sodium Perchlorate supports catalyst screening in oxidation reactions in controlled settings.
Sodium Perchlorate helps optimize conditions where alternative oxidants are unsuitable.
Sodium Perchlorate is used in formulation compatibility testing to evaluate oxidizer interactions with polymers and packaging.
Sodium Perchlorate supports selection of compatible liners, seals, and container materials.
Sodium Perchlorate helps reduce risk of decomposition caused by contamination or incompatibility.
Sodium Perchlorate is used in laboratory-scale preparation of perchlorate-containing reagents for research workflows.
Sodium Perchlorate supports reproducible perchlorate dosing for experiments and reference solutions.
Sodium Perchlorate helps maintain consistent ionic composition across repeated test runs.
DESCRIPTION
Sodium Perchlorate is an inorganic salt composed of sodium cations and perchlorate anions.
Sodium Perchlorate is typically supplied as a white crystalline solid or powder.
Sodium Perchlorate is a strong oxidizer and must be handled with strict compatibility controls.
Sodium Perchlorate is highly soluble in water and forms clear aqueous solutions.
Sodium Perchlorate solutions provide high ionic strength and conductivity.
Sodium Perchlorate often behaves as a largely non-complexing anion source in many aqueous systems.
Sodium Perchlorate can accelerate combustion of combustible materials because of its oxidizing character.
Sodium Perchlorate can react dangerously with organic materials, reducing agents, and some metals under certain conditions.
Sodium Perchlorate should be kept away from heat, ignition sources, and incompatible chemicals.
Sodium Perchlorate should be stored in tightly closed containers in a cool, dry, well-ventilated area.
Sodium Perchlorate storage areas should be free of oils, solvents, paper dust, and other combustible contamination.
Sodium Perchlorate handling typically requires goggles, gloves, and dust control practices.
Sodium Perchlorate purity grades vary, including laboratory reagent grades and industrial grades.
Sodium Perchlorate specifications commonly control moisture, chloride, sulfate, heavy metals, and insoluble matter.
Sodium Perchlorate quality control often includes assay of perchlorate content and impurity profiling.
Sodium Perchlorate is used in analytical chemistry because perchlorate can serve as a stable supporting electrolyte.
Sodium Perchlorate is also used as a precursor for perchloric acid and other perchlorate salts in controlled processes.
Sodium Perchlorate use may be restricted or regulated due to oxidizer hazards and environmental considerations.
Sodium Perchlorate is a white crystalline solid that dissolves readily in water, and Sodium Perchlorate solutions provide high ionic strength and strong oxidizing character.
Sodium Perchlorate is classified as a strong oxidizer, and Sodium Perchlorate can greatly accelerate combustion of combustible materials even without being flammable itself.
Sodium Perchlorate can react violently with reducing agents, powdered metals, sulfur-containing materials, and many organic compounds, so strict segregation is essential.
Sodium Perchlorate may be supplied as anhydrous or hydrated grades, and water content can influence handling, flow, and some process behaviors.
Sodium Perchlorate should not be contaminated with organics, acids, or incompatible salts, and Sodium Perchlorate should be handled with clean, dedicated tools and containers.
Sodium Perchlorate requires careful waste management because perchlorate ions are environmentally persistent and can be regulated contaminants in water systems.
Sodium Perchlorate should be stored in tightly closed containers in a cool, dry, well-ventilated area away from heat and direct sunlight.
Sodium Perchlorate must be kept away from fuels, solvents, paper, wood, and other combustibles, and storage should follow oxidizer segregation rules.
Sodium Perchlorate should be used only by trained personnel following site procedures, local regulations, and relevant safety documentation for strong oxidizers.
PROPERTIES
Chemical Formula: NaClO4
Molecular Weight: 122.44 g/mol
Common Name: Sodium Perchlorate
Chemical Type: Inorganic perchlorate salt; strong oxidizer
Appearance: White crystalline solid or powder (grade dependent)
Odor: Odorless
Solubility: Highly soluble in water; soluble behavior depends on hydration state
Oxidizing Strength: Strong oxidizer; can intensify fire and support rapid combustion of combustibles
Thermal Behavior: Decomposes at elevated temperature; decomposition can release oxygen and reactive chlorine species
Hygroscopicity: Can absorb moisture depending on grade and storage conditions
Reactivity: Incompatible with reducing agents, organic materials, and many reactive chemicals
Stability: Stable under dry storage when uncontaminated; hazard increases with contamination
Storage Temperature: 15–25°C, dry, tightly closed, segregated as an oxidizer
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 handling and transfer.
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 and seek medical attention.
Do not induce vomiting unless directed by medical personnel.
Never give anything by mouth to an unconscious person.
Note to Physicians:
Treat symptomatically.
Consider oxidizer exposure and possible gastrointestinal irritation.
Provide supportive care based on exposure route and symptoms.
HANDLING AND STORAGE
Handling:
Use appropriate PPE including gloves, safety glasses or goggles, and protective clothing.
Avoid generating dust and avoid inhalation of fine particles.
Keep Sodium Perchlorate away from organic materials, reducing agents, and any combustible contamination.
Ventilation:
Use local exhaust or general ventilation where dust may be generated.
Maintain good airflow during weighing, charging, and mixing operations.
Avoid confined spaces where dust could accumulate.
Storage:
Store in tightly closed containers in a cool, dry, well-ventilated place.
Segregate from combustibles, solvents, acids, reducing agents, and reactive metals.
Use clean, dedicated storage areas and follow oxidizer storage rules to reduce contamination risk.
Spill and Leak Procedures:
Eliminate nearby combustible materials and prevent contact with organic absorbents.
Collect spilled material using clean, non-sparking tools into suitable containers for disposal.
Clean the area with water where appropriate and permitted, while preventing uncontrolled release to drains if regulated.
Handling Precautions:
Do not mix Sodium Perchlorate with organic substances or reducing agents, and avoid any process conditions that can create friction, impact, or contamination-driven reactions.
Implement strict labeling, segregation, and housekeeping because small contamination can create severe fire hazards.
Rotate stock using FIFO practices and inspect packaging integrity to maintain safe, uncontaminated storage.
