DURACELL ALKALINE BATTERIES

ALKALINE MANGANESE DIOXIDE CELLS; MN1300 (D); MN1400 (C); MN1500 (AA); MN2400 (AAA); MN2500 (AAAA; MN908 (LANTERN 6V); MN918 (LANTERN 4.5V); MN1604 (9V); MN21 (12V); MN9100 (N); DAC100; DAC105; DAC110; DAC116-118; DAC123-124; DAC130; DAC200; DAC610; DAC810; DAC820; DAC918

battery 

Emergency Overview 

Color:  dark 

Change in color: Not available

Physical Form: battery

Health Hazards:  This product is considered to be nonhazardous, however the following effects may occur as a result of damage to the product:, harmful if swallowed, respiratory tract burns, skin burns, eye burns, mucous membrane burns 

Short Term:  This product is considered to be nonhazardous, however the following effects may occur as a result of damage to the product:, irritation (possibly severe) 

Long Term:  same as effects reported in short term exposure 

Short Term:  This product is considered to be nonhazardous, however the following effects may occur as a result of damage to the product:, irritation (possibly severe) 

Long Term:  irritation (possibly severe), allergic reactions 

Short Term:  This product is considered to be nonhazardous, however the following effects may occur as a result of damage to the product:, irritation (possibly severe), tearing 

Long Term:  irritation (possibly severe) 

Short Term:  This product is considered to be nonhazardous, however the following effects may occur as a result of damage to the product:, burns 

Long Term:  same as effects reported in short term exposure 

This product may be regulated, have exposure limits or other information identified as the following: Manganese oxides, Manganese compounds, inorganic, Manganese compounds, n.o.s., Zinc compounds, Graphite, synthetic.

If adverse effects occur, remove to uncontaminated area. Get medical attention. 

Wash exposed skin with soap and water. 

Flush eyes with plenty of water. 

If a large amount is swallowed, get medical attention. 

See Section 9 for Flammability Properties 

Negligible fire hazard. 

Use extinguishing agents appropriate for surrounding fire. 

Move container from fire area if it can be done without risk. Avoid inhalation of material or combustion by-products. Stay upwind and keep out of low areas. 

Subject to California Safe Drinking Water and Toxic Enforcement Act of 1986 (Proposition 65). Keep out of water supplies and sewers. 

Small spills of the liquid component: Collect spilled material in appropriate container for disposal. Notify Local Emergency Planning Committee and State Emergency Response Commission for release greater than or equal to RQ (U.S. SARA Section 304). If release occurs in the U.S. and is reportable under CERCLA Section 103, notify the National Response Center at (800)424-8802 (USA) or (202)426-2675 (USA). 

Use methods to minimize dust. 

Store and handle in accordance with all current regulations and standards. See original container for storage recommendations. Keep separated from incompatible substances. 

Component Exposure Limits 

Biological limit value 

Based on available information, additional ventilation is not required. Ensure compliance with applicable exposure limits. 

Eyes/Face Eye protection not required under normal conditions. 

Protective clothing is not required under normal conditions. 

Protective gloves are not required under normal conditions. 

neoprene, rubber, latex 

No respirator is required under normal conditions of use. Under conditions of frequent use or heavy exposure, respiratory protection may be needed. 

Stable at normal temperatures and pressure. 

Protect from physical damage and heat. Avoid heat, flames, sparks and other sources of ignition. 

oxidizing materials 

GRAPHITE CHLORINE TRIFLUORIDE: Ignition. FLUORINE: Explosive reaction. OXIDIZERS (STRONG): Fire and explosion hazard. OXYGEN: Fire and explosion. POTASSIUM (BURNING): Explosion. POTASSIUM PEROXIDE: Fire and explosion hazard. ZINC ACIDS: Evolves hydrogen gas which may be ignited by the heat of the reaction ALKALIES: Evolves hydrogen gas which may be ignited by the heat of the reaction. ALUMINUM (POWDER): Possible ignition. ALUMINUM-MAGNESIUM ALLOY + RUSTED STEEL: May spark on impact. AMMONIUM NITRATE: Violent reaction or formation of explosive mixture. AMMONIUM SULFIDE: May explode in a closed container. ARSENIC: Incandescent reaction when heated. ARSENIC TRIOXIDE: Explosive reaction on heating. BROMOMETHANE: Forms flammable compounds. CADMIUM: Incandescent reaction. CALCIUM CHLORIDE: Evolves hydrogen gas which may be ignited by the heat of the reaction. CARBON DISULFIDE: Incandescent reaction. CARBON TETRACHLORIDE + METHANOL: Extremely vigorous reaction. CHLORATES: Forms shock-sensitive mixtures. CHLORINATED RUBBER: Violent or explosive reaction at elevated temperatures. CHROMIC ANHYDRIDE: Violent reaction and possible ignition. COBALT HALIDE (METHANOLIC SOLUTION) + IRON PENTACARBONYL: Violent reaction. ETHYL ACETOACETATE + TRIBROMONEOPENTYL ALCOHOL: May react explosively. HALOCARBONS: Possible violent reaction with ignition. HALOGENS: Possible ignition. HYDRAZINE NITRATE: Ignites on warming. HYDROXYLAMINE: May ignite or explode when heated. INTERHALOGENS: Violent reaction and possible ignition. LEAD AZIDE: Increased sensitivity to explosive decomposition. MANGANESE DICHLORIDE: Explosive reaction when heated. METAL OXIDES: Possible ignition or incandescent reaction. NITRIC ACID: Incandescent reaction. 2-NITROANISOLE + SODIUM HYDROXIDE: Exothermic reaction. NITROBENZENE: May form pyrophoric residue. NITRYL FLUORIDE: Incandesces when warmed. OXIDIZERS (STRONG): Fire and explosion hazard. PEROXYFORMIC ACID: Violent explosion on contact. POTASSIUM NITRATE: Explosive reaction on heating. POTASSIUM PEROXIDE: Incandescent reaction. RHODIUM HALIDES (METHANOLIC SOLUTION) + IRON PENTACARBONYL: Violent reaction. RUTHENIUM HALIDES (METHANOLIC SOLUTION) + IRON PENTACARBONYL: Violent reaction. SELENIUM: Incandescent reaction. SELENINYL BROMIDE: Ignition. SILVER + ELECTROLYTES (BATTERIES): May spontaneously combust. SODIUM PEROXIDE: Incandescent reaction. SULFUR: Violent reaction. TELLURIUM: Incandescent reaction. ZINC CHLORIDE: May increase flammability. MANGANESE DIOXIDE ALUMINUM: Violent reaction when heated. ANILINIUM PERCHLORATE: Explodes. BARIUM CHLORATE: May explode. CALCIUM CHLORATE: May explode. CALCIUM HYDRIDE: Incandesces when warmed. CHLORATES: May explode. CHLORINE TRIFLUORIDE: Incandescent reaction. COMBUSTIBLE MATERIALS: May increase the burning rate or cause ignition on contact; contact with finely divided materials may result in an explosion. DIBORON TETRAFLUORIDE: Violent reaction at 15 C. HYDROCHLORIC ACID: Releases chlorine fumes. HYDROGEN PEROXIDE: May explode. HYDROGEN SULFIDE: May ignite. HYDROXYLAMINIUM CHLORIDE (20% SOLN): Vigorous reaction. HYPOPHOSPHITES: Fire and explosion hazard. ORGANIC MATERIALS: May increase the burning rate or cause ignition on contact; finely divided materials may result in an explosion. PERMONOSULFURIC ACID (92%): Explosive decomposition. PHOSPHIDES: Fire and explosion hazard. POTASSIUM AZIDE: Violent reaction when heated. REDUCING MATERIALS: Fire and explosion hazard. RUBIDIUM CARBIDE: Incandescent reaction at 350 C. SODIUM PEROXIDE: Violent decomposition. SULFIDES: Fire and explosion hazard. SULFUR: Fire and explosion hazard. CARBON ALKALI METALS: Contact may result in an exothermic reaction with ignition or an explosion. AMMONIUM NITRATE: Possible explosion when heated. AMMONIUM PERCHLORATE: Possible explosion on heating. BROMATES: Contact is likely to result in ignition or an explosion. CALCIUM HYPOCHLORITE: Possible explosion on heating. CHLORATES: Contact is likely to result in ignition or an explosion. CHLORINE MONOXIDE: Explodes. CHROMATES: Incompatible. DICHLORINE OXIDE: Explosion reaction. HALOGENS: Contact of carbon with any halogen is liable to result in ignition or an explosion. INTERHALOGENS: Contact of carbon with any interhalogen is liable to result in ignition or an explosion. IODATES: Contact is likely to result in ignition or an explosion. IODINE PENTOXIDE: Explodes when warmed. METAL NITRATES: Contact is likely to result in ignition or an explosion. NITRIC ACID: Violent reaction. NITROGEN OXIDE: Ignition with incandescence. NITROGEN TRIFLUORIDE: Explosion at reduced temperatures. OILS (UNSATURATED): Fire and explosion hazard. OXIDES: Contact with many oxides is likely to result in ignition or an explosion. OXIDIZERS (STRONG): Fire and explosion hazard. OXOSALTS: Contact is likely to result in ignition or an explosion. OXYGEN: May result in ignition or an explosion. OXYGEN DIFLUORIDE: Possible explosion. OZONE: Fire hazard. PEROXIDES: Contact is likely to result in ignition or an explosion. PEROXYFORMIC ACID: Violent oxidation. PEROXYFUROIC ACID: Explosive decomposition. POTASSIUM PERMANGANATE: Ignition on heating. SODIUM SULFIDE: May undergo spontaneous heating. TRIOXYGEN DIFLUORIDE: Ignition with possible explosion. POTASSIUM HYDROXIDE ACETIC ACID: Reacts violently. ACIDS: Violent reaction. ACROLEIN: Violent polymerization. ACRYLONITRILE: Violent polymerization. ALCOHOLS: Dissolves exothermically. ALUMINUM: Corrosive in the presence of moisture. AMMONIUM HEXACHLOROPLATINATE: Formation of explosive product. AMMONIUM SALTS: Evolution of ammonia gas. BENZOYL CHLORIDE + SODIUM AZIDE: Violent exothermic reaction. P-BIS(1,2-DIBROMOETHYL)BENZENE: Highly exothermic reaction. BROMOFORM: Violent, exothermic reaction. BROMOFORM + CYCLIC POLYETHYLENE OXIDES: Possible explosive reaction. CALCIUM CARBIDE + CHLORINE: Formation of explosive dichloroacetylene. CHLORINE: Explosive reaction. CHLORINE DIOXIDE: Explosion on contact. CHLORINE + HYDROGEN PEROXIDE: Produces red luminescence during reaction. CHLOROFORM + METHANOL: Intense exothermic reaction. CYCLOPENTADIENE: Vigorous exothermic resin formation. 1,2-DICHLOROETHYLENE: Formation of explosive and spontaneously flammable chloroacetylene. GERMANIUM: Incandescent reaction. GLASS: Slowly attacked. HYDROCARBONS (HALOGENATED): Violent reaction. HYPONITROUS ACID: Ignition reaction. LEAD: Corrosive in the presence of moisture. MALEIC ANHYDRIDE: Decomposes exothermically or explosively. METALS: Corrosive reaction with formation of flammable hydrogen gas. N-METHYL-N-NITROSOUREA + METHYLENE CHLORIDE: Explosive reaction. NITRIC TRICHLORIDE: Explosive reaction. NITROALKANES: Formation of explosive salts. NITROBENZENE + METHANOL (TRACE): Violent, exothermic reaction. NITROETHANE: Formation of explosive salt. NITROGEN TRICHLORIDE: Explosive reaction. NITROMETHANE: Formation of explosive salt. O-NITROPHENOL (MOLTEN): Reacts violently. NITROPROPANE: Formation of explosive salt. N-NITROSOMETHYLUREA + N-BUTYL ETHER: Formation of explosive compound. PHOSPHORUS: Evolution of flammable phosphine. POTASSIUM PEROXODISULFATE: Ignition reaction. POTASSIUM PERSULFATE + WATER: Exothermic reaction. SUGARS: Evolve carbon monoxide at or above 84 C. TETRACHLOROETHANE: Formation of flammable chloroacetylene gas. 2,2,3,3-TETRAFLUOROPROPANOL: Exothermic reaction. TETRAHYDROFURAN (PEROXIDISED): Possible explosive reaction. THORIUM DICARBIDE: Incandescent reaction on heating. TIN: Corrosive in the presence of moisture. TRICHLOROETHYLENE: Formation of explosive dichloroacetylene on heating. 2,4,6-TRINITROTOLUENE + METHANOL: Formation of explosive product. ZINC: Corrosive in the presence of moisture.

zinc, manganese, hydrogen, potassium compounds, miscellaneous decomposition products 

Will not polymerize. 

Component Analysis - LD50/LC50 

Component Carcinogenicity

respiratory disorders, history of alcoholism, heart or cardiovascular disorders, eye disorders, skin disorders and allergies, blood system disorders, respiratory disorders, skin disorders and allergies, liver disorders, skin disorders, nervous system disorders, respiratory disorders, 

Excessive zinc intake has been associated with a copper-deficiency anemia. 

CARBON, ACTIVATED: Inhalation of dust may cause irritation GRAPHITE: Dust may be mildly irritating to the upper respiratory tract METAL FUME FEVER: Metal fume fever, an influenza-like illness, may occur due to the inhalation of freshly formed metal oxide particles sized below 1.5 microns and usually between 0.02-0.05 microns Symptoms may be delayed 4-12 hours and begin with a sudden onset of thirst, and a sweet, metallic or foul taste in the mouth Other symptoms may include upper respiratory tract irritation accompanied by coughing and a dryness of the mucous membranes, lassitude and a generalized feeling of malaise Fever, chills, muscular pain, mild to severe headache, nausea, occasional vomiting, exaggerated mental activity, profuse sweating, excessive urination, diarrhea and prostration may also occur Tolerance to fumes develops rapidly, but is quickly lost All symptoms usually subside within 24-36 hours POTASSIUM HYDROXIDE: Inhalation of dust or mist may cause symptoms of respiratory tract irritation possibly including coughing, choking, pain in the nose, mouth, and throat, lesions of the nasal septum, and burns of the mucous membranes If sufficient quantities are inhaled, pulmonary edema may develop, often with a latent period of 5-72 hours The symptoms may include tightness in the chest, dyspnea, frothy sputum, cyanosis, and dizziness Physical findings may include weak, rapid pulse, hypotension, hemoconcentration, and moist rales ZINC: Inhalation of dust may cause irritation with difficulty in breathing and sneezing Neurological and psychiatric symptomology including irritability, upper extremity coarse intention tremor, incoordination, and ataxia have also been reported Metal fume fever, an influenza-like illness, may occur due to the inhalation of freshly formed metal oxide particles sized below 1.5 microns and usually between 0.02-0.05 microns Symptoms may be delayed 4-12 hours and begin with a sudden onset of thirst, and a sweet, metallic, or foul taste in the mouth Other symptoms may include upper respiratory tract irritation accompanied by coughing and a dryness of the mucous membranes, lassitude, and a generalized feeling of malaise Fever, chills, muscular pain, mild to severe headache, nausea, occasional vomiting, exaggerated mental activity, profuse sweating, excessive urination, diarrhea, and prostration may also occur Tolerance to fumes develops rapidly, but it is quickly lost All symptoms usually subside within 24-36 hours MANGANESE COMPOUNDS: No data available.

ZINC: Severe gastrointestinal disturbances and hypochromic anemia have been reported, but other chemicals may have contributed to the effects CARBON, ACTIVATED: Repeated or prolonged exposure may cause irritation, weight loss, weakness, pulmonary edema, decreased pulmonary function, and eventual lung damage GRAPHITE: Repeated inhalation of impure graphite for years may cause graphitosis, a progressive and disabling pneumonconiosis It is unclear what role silica impurities play in the occurrence and severity of the disease Exposed persons may be asymptomatic for years and then suddenly become disabled or may develop headache, cough, dyspnea, tightness in the chest, pain, depression, decreased appetite, black sputum, and digital clubbing Pulmonary edema with severe alveolar hypoxia resulting in cor pulmonale with pulmonary hypertension, right ventricular hypertrophy, and venous congestion have been reported following long exposure to graphite dust Histopathological examinations have revealed scarring of the lungs, large cysts filled with black fluid, focal and diffuse fibrogenic changes with perifocal emphysema, fibrotic lesions characterized by interwoven bands of collagen in the lungs and bronchial lymph nodes, and widely scattered particles, spicules, and plates of graphite Hydrothorax, pneumothorax, pleural thickening, and occasionally, pneumonitis may occur METAL FUME FEVER: There is no form of chronic metal fume fever, however, repeated bouts with symptoms as described above are quite common Resistance to the condition develops after a few days of exposure, but is quickly lost in 1 or 2 days POTASSIUM HYDROXIDE: Depending on the concentration and duration of exposure, repeated or prolonged exposure to corrosive substances may cause inflammatory and ulcerative changes in the mouth and possibly bronchial and gastrointestinal disturbances MANGANESE COMPOUNDS: Repeated or prolonged exposure to manganese compounds may result in systemic poisoning known as "manganism", a Parkinsonian-like syndrome It is characterized initially by anorexia, asthenia, headache, insomnia or somnolence, irritability, restlessness, and spasm or pain in the muscles Manganese psychosis may follow with uncontrollable behavior, unaccountable laughing or crying, visual hallucinations, confusion and euphoria Sexual excitement followed by impotence may occur These symptoms may disappear with the onset of true neurological manifestations of slow, slurred and irregular speech, monotonous tone, double vision, impaired hearing, difficulty with fine motor movements, and disturbances in gait and balance with frequent propulsion or retropulsion Mask-like face, decreased movement of the eyelids and eyes and tremors of the upper extremities and head may also occur Other signs and symptoms may include urinary bladder disturbances, excessive salivation and sweating, hematological changes, vasomotor disorders, decreased pulmonary function, kidney and possibly liver damage Removal from exposure shortly after onset of symptoms usually results in improvement, although there may be residual disturbances in gait and speech Once manganism is well established it becomes irreversible and progressive, but not fatal An increased incidence of bronchitis and pneumonitis has been reported in studies of workers exposed to manganese dust and fume, and although these effects have been confirmed by animal experiments, they may represent an aggravation of a pre-existing condition Allergic diseases of the respiratory tract have also been reported in one study.

MANGANESE DIOXIDE See information on metal fume fever and manganese compounds.

ZINC: Dust may cause mechanical irritation and mild dermatitis in intertriginous areas Reaction with moisture on skin may result in serious burns POTASSIUM HYDROXIDE: Direct contact may cause severe pain, burns, and possibly brownish stains The corroded areas are soft, gelatinous and necrotic, and the tissue destruction may be deep GRAPHITE: No data available MANGANESE COMPOUNDS: Some manganese compounds may be irritating to the skin CARBON, ACTIVATED: May cause irritation.

GRAPHITE: Graphite has been reported to produce an allergic dermatitis in workers MANGANESE COMPOUNDS: Sensitization has been reported in guinea pigs POTASSIUM HYDROXIDE: Repeated or prolonged contact may cause dermatitis or effects similar to acute exposure Frequent applications of aqueous solutions (3-6 percent) of potassium hydroxide to the skin of mice for 46 weeks produced tumors identical to those from coal tar; warts occurred first and then skin tumors developed ZINC: 300 ug applied to human skin intermittently for 3 days caused mild irritation Allergic reactions are rare, but have been reported CARBON, ACTIVATED: Repeated or prolonged contact may cause mechanical irritation.

MANGANESE DIOXIDE: May cause irritation with redness and pain Repeated or prolonged contact may cause dermatitis See information on manganese compounds.

GRAPHITE: May cause slight mechanical irritation and discoloration of lids and conjunctiva Large quantities may obstruct aqueous outflow mechanically MANGANESE COMPOUNDS: Direct contact with manganese compounds may cause irritation POTASSIUM HYDROXIDE: Direct contact with solid or solutions may cause pain and burns, possibly severe The degree of injury depends on the concentration and duration of contact There may be edema, destruction of epithelium, corneal opacification, and iritis When damage is less than excessive, these symptoms tend to ameliorate In severe burns, the full extent of the injury may not be immediately apparent Late complications may include persistent edema, vascularization, and scarring of the cornea, permanent opacity, staphyloma, cataract, and symblepharon ZINC: Dust may cause mechanical irritation or injury to the surface of the eye, with discomfort, reddening, and tearing Direct contact may cause serious corneal burns CARBON, ACTIVATED: Contact with dust may cause irritation.

POTASSIUM HYDROXIDE: Effects depend on concentration and duration of exposure Repeated or prolonged exposure to vapors and/or fumes may result in conjunctivitis or effects as in acute exposure MANGANESE COMPOUNDS: No data available GRAPHITE: No data available CARBON, ACTIVATED: Repeated or prolonged contact may cause irritation ZINC: No data available.

MANGANESE DIOXIDE: May cause redness, pain, tearing and irritation Repeated or prolonged contact may cause conjunctivitis See information on manganese compounds.

POTASSIUM HYDROXIDE: Ingestion of 273 mg/kg of potassium hydroxide was lethal to rats tested Ingestion of strong alkalies may be followed by severe pain, vomiting, diarrhea, and collapse The vomitus contains blood and desquamated mucosal lining If death does not occur in the first 24 hours, the patient may improve for 2-4 days and then have a sudden onset of severe abdominal pain, boardlike abdominal rigidity, and rapid fall of blood pressure indicating delayed gastric or esophageal perforation Damage to the esophagus and stomach after ingestion may progress for 2-3 weeks Death from peritonitis may occur as late as 1 month after ingestion Even though the patient recovers from the immediate damage, esophageal stricture may occur weeks, months or even years later to make swallowing difficult CARBON, ACTIVATED: Ingestion of large amounts may cause gastrointestinal irritation with nausea, vomiting, and stomach pain ZINC: Large oral doses may cause gastrointestinal distress with stomach cramps, dehydration, electrolyte imbalance, abdominal pain, nausea, vomiting, hematemesis, diarrhea, lethargy, immune system effects, fever, dizziness, tightness in the throat, shock, collapse, renal failure, and death Survivors may have residual nephritis and strictures of the esophagus and pyloric end of the stomach MANGANESE COMPOUNDS: Ingestion of extremely large doses of manganese compounds may cause gastrointestinal irritation, resulting in nausea, vomiting, and diarrhea, making less available for absorption GRAPHITE: No data available.

CARBON, ACTIVATED: No data available ZINC: Patients taking zinc in amounts 10 times the RDA for months and years have not shown any adverse reactions Excessive absorption may cause copper-deficiency anemia Ingestion of approximately 85.7 mg/kg/day for 2 days caused lethargy, lightheadedness, staggering, and difficulty in writing clearly 2 people who ingested 40 ppm in drinking water for several months experienced lack of concentration, drowsiness, mental and physical fatigue, pain in the arms and legs, headache, stiffness, muscle pains, loss of appetite, nausea, weight loss, and lassitude 90 ppm in the diet for 5 weeks has resulted in a decrease in the HDL cholesterol level Pancreatic abnormalities have also been observed A diet of 0.25% in rats caused no injury; above 0.25% there was breakdown of the homeostatic mechanism, growth retardation, hypochromic anemia, and defective mineralization of the bones Mice fed 500 ppm for 14 months exhibited hypertrophy of the adrenal cortex and changes indicating hyperactivity of the pancreatic islets and pituitary gland; 30,000 ppm for 13 weeks caused liver and kidney damage and some deaths Cows fed 2% for 2 days developed severe enteritis, with 7 of 40 dying Severe pulmonary emphysema and changes in the myocardium, kidneys, and liver were observed Pigs fed >1000 ppm had reduced food intake and weight gain; at >2000 ppm, death occurred after 2 weeks Bone changes were observed in foals fed 5400 ppm High dietary levels of zinc have been associated with reduced fetal weights, altered concentrations of fetal iron and copper, and alopecia and reduced growth of offspring in animals POTASSIUM HYDROXIDE: Depending on the concentration, repeated ingestion may cause effects as with acute ingestion GRAPHITE: No data available MANGANESE COMPOUNDS: Manganese poisoning, as described in chronic inhalation, has been reported in persons drinking manganese-contaminated well water.

MANGANESE DIOXIDE See information on manganese compounds.

Component Analysis - Aquatic Toxicity 

Bioconcentration Factor 

Dispose in accordance with all applicable regulations. 

Component Waste Numbers 

ADR Tunnel Code Restrictions 

Component Marine Pollutants (IMDG) 

SARA Section 311/312 (40 CFR 370 Subparts B and C) 

Not listed under California Proposition 65 

Canadian WHMIS Ingredient Disclosure List (IDL) 

Germany Water Classification 

REACH List of Substances on Community Rolling Action Plan - Reg. (EU) No. 1907/2006 

The listed component(s) of this material have been checked for country-specific published classifications according to the Globally Harmonized System of Classification and Labeling (GHS). The results of the queries are displayed below. Please see the individual country listings, as additional interpretations or reference information may be available. For a reference list of H- or P-statements, please visit ChemADVISOR’s website at http://www.chemadvisor.com/product-resources/26-pure-substance-and-mixture-databases/247-ghs-hazard-and-physical-statements 

Australia GHS Classifications 

Australia GHS Labeling Information 

European Union GHS Classifications 

European Union GHS Labeling Information 

Indonesia GHS Classifications 

Japan GHS Classifications 

Japan GHS Labeling Information 

Korea GHS Classifications 

Korea GHS Labeling Information 

New Zealand GHS Classifications 

New Zealand GHS Labeling Information 

South Africa GHS Classifications 

Taiwan GHS Classifications 

Taiwan GHS Labeling Information 

No classification assigned. 

ACGIH - American Conference of Governmental Industrial Hygienists; ADR - European Road Transport; AU - Australia; BOD - Biochemical Oxygen Demand; C - Celsius; CA - Canada; CAS - Chemical Abstracts Service; CERCLA - Comprehensive Environmental Response, Compensation, and Liability Act; CN - China; CPR - Controlled Products Regulations; DFG - Deutsche Forschungsgemeinschaft; DOT - Department of Transportation; DSL - Domestic Substances List; EEC - European Economic Community; EINECS - European Inventory of Existing Commercial Chemical Substances; EPA - Environmental Protection Agency; EU - European Union; F - Fahrenheit; IARC - International Agency for Research on Cancer; IATA - International Air Transport Association; ICAO - International Civil Aviation Organization; IDL - Ingredient Disclosure List; IDLH - Immediately Dangerous to Life and Health; IMDG - International Maritime Dangerous Goods; JP - Japan; Kow - Octanol/water partition coefficient; KR - Korea; LEL - Lower Explosive Limit; LOLI - List Of LIsts™ - ChemADVISOR’s Regulatory Database; MAK - Maximum Concentration Value in the Workplace; MEL - Maximum Exposure Limits; NFPA - National Fire Protection Agency; NIOSH - National Institute for Occupational Safety and Health; NJTSR - New Jersey Trade Secret Registry; NTP - National Toxicology Program; NZ - New Zealand; OSHA - Occupational Safety and Health Administration; PH - Philippines; RCRA - Resource Conservation and Recovery Act; RID - European Rail Transport; RTECS - Registry of Toxic Effects of Chemical Substances®; SARA - Superfund Amendments and Reauthorization Act; STEL - Short-term Exposure Limit; TDG - Transportation of Dangerous Goods; TSCA - Toxic Substances Control Act; TWA - Time Weighted Average; UEL - Upper Explosive Limit; US - United States 

Reasonable care has been taken in the preparation of this information; however, the manufacturer makes no warranty whatsoever including the warranty of merchantability, expressed or implied, with respect to this information. The manufacturer makes no representations and assumes no liability for any direct, incidental, consequential, or other such damages resulting from its use or misuse. 

Supplier gives no warranty whatsoever, including the warranties of merchantability or of fitness for a particular purpose. Any product purchased is sold on the assumption the purchaser shall determine the quality and suitability of the product. Supplier expressly disclaims any and all liability for incidental, consequential or any other damages arising out of the use or misuse of this product. No information provided shall be deemed to be a recommendation to use any product in conflict with any existing patent rights. THIS SDS IS TO BE UTILIZED SOLELY AS A REFERENCE DOCUMENT AND IT IS NOT TO BE USED TO SATISFY THE DISTRIBUTION REQUIREMENTS OF OSHA'S HAZARD COMMUNICATION STANDARD (HCS) NOR CANADA'S CONTROLLED PRODUCT REGULATION (CPR). Read the Safety Data Sheet before handling product. Use of any information contained herein is provided at the reader's own risk and thus independent judgment by trained professionals must be utilized at all times. 

Copyright 1984-2016 ChemADVISOR, Inc "RTECS®" is a United States trademark owned and licensed under authority of the U.S. Government, by and through Accelrys/Biovia. Portions ©Copyright 2016, U.S. Government. All rights reserved