What Is Lead Acetate?

Lead acetate, also known as lead acetate, is commonly known as lead sugar ^[1] . The chemical formula (CH ₃ COO) ₂ Pb, M _r = 325, usually refers to trihydrate, but also decahydrate and anhydrous ^[2] .

Chinese name: Lead acetate

Chinese alias: lead acetate, lead sugar

English name: lead acetate

English alias: plumbous acetate, sugar of lead

Cas number: 6080-56-4 (three water); 301-04-2 (anhydrous)

MDL number: MFCD00150023 (three water); MFCD00012452 (anhydrous)

Lead acetate trihydrate, white monoclinic crystal, density 2.55g · cm ^-3 (25 ° C). 75 ° C melting point (rapid heat). Flammable. Slightly acetic acid. Weathering. The refractive index is 1.567. Yes

1,

For the preparation of various lead salts (

1. Reference value for calculation of hydrophobic parameters (XlogP):

2. Number of hydrogen-bonded donors: 3

3. Number of hydrogen bond acceptors: 7

4. Number of rotatable chemical bonds: 0

5. Number of tautomers:

6. Topological molecular polar surface area (TPSA): 55.6

7, the number of heavy atoms: 12

8. Surface charge: 0

9. Complexity: 108

10. Number of isotope atoms: 0

11. Determine the number of atomic stereocenters: 0

12. Uncertain number of atomic stereocenters: 0

13. Determine the number of chemical bond stereocenters: 0

14. Uncertain number of chemical bond stereocenters: 0

15. Number of covalent bond units: 4 ^[3]

Lead acetate toxicology information

Invasion: inhalation, ingestion, percutaneous absorption.

Health hazards: Damage to hematopoiesis, nerves, digestive system and kidneys. Occupational poisoning is mainly chronic. The nervous system is mainly manifested as neurasthenia syndrome, peripheral neuropathy (obviously affected by motor function), and severe cases of lead toxic encephalopathy. The digestive system is characterized by gingival lead, loss of appetite, nausea, bloating, diarrhea or constipation; abdominal colic is seen in moderate and severe cases. Impaired hematopoietic system appears to be porphyrin metabolism disorders, anemia, etc. Acute or subacute lead poisoning can occur with short-term and large-scale exposure, and it behaves like severe chronic lead poisoning. This product can be absorbed through the skin and can cause burns; it is irritating to the eyes.

Acute toxicity: LD50: 174 mg / kg (intramuscular injection in mice).

Carcinogenicity: Suspected carcinogen according to RTECS standard.

Irritant: skin: irritates the skin and mucous membranes; eyes: irritant. ^[3]

Sensitization: No known sensitizing effects. ^[3]

Dangerous characteristics: Combustible in case of open flame and high heat. High heat releases toxic gases.

Combustion (decomposition) products: carbon monoxide, carbon dioxide, lead oxide.

Toxicity data from literature and journals

Numbering	Toxicity type	testing method	Test object	Dosage used	Toxic effect
1	Acute toxicity	oral	Humanity	714 mg / kg	1. Cerebral toxicity-other degenerative changes 2. Behavioral toxicity-convulsions or seizure thresholds affected 3. Gastrointestinal toxicity-nausea, vomiting
2	Acute toxicity	Intravenous injection	Adult male	71 mg / kg	1. Hepatotoxicity-Hepatitis (hepatocyte necrosis), spread 2. Hematological toxicity-Orthocytic anemia 3. Biochemical toxicity-Other changes in metabolism
3	Acute toxicity	Intraperitoneal injection	Rat	150 mg / kg	Detailed effects are not reported other than lethal dose
4	Acute toxicity	Intraperitoneal injection	Mouse	140 mg / kg	Detailed effects are not reported other than lethal dose
5	Acute toxicity	Intravenous injection	Mouse	104 mg / kg	1. Nutritional and metabolic system toxicity-weight loss or weight loss rate
6	Acute toxicity	oral	dog	300 mg / kg	Detailed effects are not reported other than lethal dose
7	Acute toxicity	Subcutaneous injection	dog	80 mg / kg	Detailed effects are not reported other than lethal dose
8	Acute toxicity	Intravenous injection	dog	300 mg / kg	Detailed effects are not reported other than lethal dose
9	Acute toxicity	Subcutaneous injection	Cat	100 mg / kg	Detailed effects are not reported other than lethal dose
10	Acute toxicity	Subcutaneous injection	rabbit	300 mg / kg	Detailed effects are not reported other than lethal dose
11	Acute toxicity	Intravenous injection	rabbit	25 mg / kg	1. Behavioral toxicity-affected by convulsions or seizure thresholds 2. Behavioral toxicity-affected food intake (animals) 3. Gastrointestinal toxicity-excessive exercise, diarrhea
12	Acute toxicity	Intraperitoneal injection	pigeon	150 mg / kg	Detailed effects are not reported other than lethal dose
13	Acute toxicity	Subcutaneous injection	frog	1600 mg / kg	Detailed effects are not reported other than lethal dose
14	Chronic toxicity	oral	Rat	240 mg / kg / 17W-I	1. Liver toxicity-other changes 2. Kidney, ureter and bladder toxicity-other changes 3. Biochemical toxicity-Inhibition or induction of dehydrogenase
15	Chronic toxicity	oral	Rat	122 mg / kg / 90D-C	1. Cardiotoxicity-changes in electrocardiogram 2. Vascular toxicity-increased blood pressure without autonomic ganglia 3. Nutritional and metabolic system toxicity-changes in calcium concentration
16	Chronic toxicity	oral	Rat	2006 mg / kg / 61W-C	1. Cerebral toxicity-other degenerative changes 2. Vascular toxicity-increased blood pressure without autonomic ganglia 3. Nutrition and metabolic system toxicity-changes in metal ion concentration
17	Chronic toxicity	oral	Rat	43 mg / kg / 1.5YC	1. Kidney, ureter and bladder toxicity-other changes 2. Hematological toxicity-changes in serum composition (such as TP, bilirubin, cholesterol)
18	Chronic toxicity	oral	Rat	923 mg / kg / 28W-C	1. Peripheral neurotoxicity-sensory changes 2. Peripheral neurotoxicity-peripheral nervous system abnormalities 3. Nutrition and metabolic system toxicity-weight loss or rate of weight loss
19	Chronic toxicity	oral	Rat	192 mg / kg / 5W-C	1. Hematological toxicity-changes in red blood cell counts 2. Nutrition and metabolic system toxicity-weight loss or weight gain rate reduction 3. Biochemical toxicity-inhibition of transaminase activity and changes in the spatial structure of transaminase
20	Chronic toxicity	oral	Rat	126 mg / kg / 30W-C	1. Kidney, ureter and bladder toxicity-changes in bladder weight 2. Endocrine toxicity-hypoglycemia
twenty one	Chronic toxicity	oral	Rat	344 mg / kg / 1Y-C	1. Brain toxicity-other degenerative changes 2. Brain toxicity-Changes in brain weight 3. Nutrition and metabolic system toxicity-Weight loss or rate of weight loss
twenty two	Chronic toxicity	oral	Rat	2907 mg / kg / 36W-C	1. Kidney, ureter and bladder toxicity-other changes 2. Kidney, ureter and bladder toxicity-changes in bladder weight 3. Endocrine toxicity-changes in spleen weight
twenty three	Chronic toxicity	Intraperitoneal injection	Rat	59 mg / kg / 6W-I	1. Gastrointestinal toxicity-other changes 2. Nutrition and metabolic system toxicity-changes in sodium concentration 3. Biochemical toxicity-inhibition or induction of phosphatase
twenty four	Chronic toxicity	oral	Rat	4404 mg / kg / 8W-I	1. Cerebral toxicity-other degenerative changes 2. Biochemical toxicity-Inhibition or induction of cholinesterase 3. Biochemical toxicity-Metabolism and abnormal blood transport
25	Chronic toxicity	Subcutaneous injection	Rat	450 mg / kg / 6W-I	1. Hematological toxicity-Orthocytic anemia 2. Biochemical toxicity-Inhibition of other hydrolases 3. Biochemical toxicity-Affects porphyrins, including bile pigments
26	Chronic toxicity	Subcutaneous injection	Rat	1920 mg / kg / 14W-I	1. Hematological toxicity-abnormal staining of red blood cells or affecting nucleated red blood cells 2. Hematological toxicity-appearance of methemoglobin, carboxyhemoglobin 3. Hematological toxicity-changes in red blood cell count
27	Chronic toxicity	Intraperitoneal injection	Rat	30 mg / kg / 30D-I	1. Hematological toxicity-other changes 2. Nutritional and metabolic system toxicity-weight loss or rate of weight gain reduction 3. Chronic disease-related toxicity-changes in testicular weight
28	Chronic toxicity	Intraperitoneal injection	Rat	152 mg / kg / 4D-I	1. Brain toxicity-changes in EEG 2. Hematological toxicity-other changes 3. Nutrition and metabolic system toxicity-Weight loss or rate of weight loss
29	Chronic toxicity	Intraperitoneal injection	Rat	69 mg / kg / 22W-I	1. Peripheral neurotoxicity-abnormal afferent nerve 2. Peripheral neurotoxicity-abnormal peripheral nervous system 3. Kidney, ureter and bladder toxicity-changes in urine components
30	Chronic toxicity	oral	Mouse	1120 mg / kg / 16W-I	1. Cerebral toxicity-other degenerative changes 2. Cerebral toxicity-changes in brain weight 3. Biochemical toxicity-other proteins
31	Chronic toxicity	oral	Mouse	880 mg / kg / 14D-C	1. Kidney, ureter and bladder toxicity-changes in urine components 2. Biochemical toxicity-Inhibition of other hydrolytic enzymes 3. Biochemical toxicity-Inhibition or induction of other enzymes
32	Chronic toxicity	oral	Mouse	11087 mg / kg / 26W-C	1. Hematological toxicity-other changes 2. Biochemical toxicity-inhibition or induction of other enzymes
33	Chronic toxicity	oral	Mouse	4710 mg / kg / 30D-C	1. Hematological toxicity-other changes 2. Hematological toxicity-changes in bone marrow 3. Biochemical toxicity-inhibition of other hydrolases
34	Chronic toxicity	Intraperitoneal injection	Mouse	37680 ug / kg / 5D-I	1. Kidney, ureter and bladder toxicity-other changes 2. Hematological toxicity-other changes 3. Nutrition and metabolic system toxicity-changes in metal ion concentration
35	Chronic toxicity	oral	dog	286 mg / kg / 13W-I	1. Kidney, ureter and bladder toxicity-changes in urine components 2. Hematological toxicity-other changes 3. Biochemical toxicity-inhibition or induction of other enzymes
36	Chronic toxicity	Subcutaneous injection	rabbit	117 mg / kg / 33W-I	1. Hematological toxicity-Orthocytic anemia 2. Hematological toxicity-Other changes
37	Chronic toxicity	oral	pigeon	4396 mg / kg / 64W-I	1. Kidney, ureter and bladder toxicity-changes in renal tubules (including acute renal failure, acute tubular necrosis) 2. Hematological toxicity-Orthocytic anemia 3. Hematological toxicity-Other changes
38	Chronic toxicity	oral	Domestic mammal	105 mg / kg / 7D-I	1. Cerebral toxicity-affects the central nervous system in specific areas 2. Eye toxicity-not reported 3. Biochemical toxicity-affects glycolysis
39	Mutation toxicity		Escherichia coli	50 umol / L
40	Mutation toxicity		Saccharomyces cerevisiae	250 umol / L
41	Mutation toxicity		Human lymphocyte	1 mmol / L / 24H
42	Mutation toxicity	Intraperitoneal injection	Rat	51800 ug / kg
43	Mutation toxicity		Rat embryo	200 mg / L
44	Mutation toxicity	Intraperitoneal injection	Rat	50 ug / kg
45	Mutation toxicity	Parenteral	Rat	5 mg / kg
46	Mutation toxicity	Intraperitoneal injection	Rat	10400 ug / kg
47	Mutation toxicity	oral	Rat	5000 ppm
48	Mutation toxicity	Not reported	Rat	9 mg / kg / 26W (continuous)
49	Mutation toxicity	Intraperitoneal injection	Rat	51800 ug / kg
50	Mutation toxicity	Not reported	Rat	1825 ug / kg / 1Y (continuous)
51	Mutation toxicity	Intraperitoneal injection	Mouse	7500 ug / kg
52	Mutation toxicity		Mouse fibroblast	800 ug / L
53	Mutation toxicity	oral	Mouse	16800 mg / kg / 4W
54	Mutation toxicity	Intraperitoneal injection	Mouse	100 mg / kg
55	Mutation toxicity	oral	Mouse	19200 mg / kg / 48D
56	Mutation toxicity	Intraperitoneal injection	Mouse	179 ug / kg
57	Mutation toxicity	Parenteral	Mouse	1 mg / kg
58	Mutation toxicity	Intraperitoneal injection	Mouse	400 mg / kg / 5D (intermittent)
59	Mutation toxicity		Hamster embryo	1 mg / L
60	Mutation toxicity		Hamster lung	1700 umol / L
61	Mutation toxicity		Hamster embryo	200 umol / L
62	Mutation toxicity		Hamster lung	1700 umol / L
63	Mutation toxicity	oral	monkey	206 mg / kg / 64W (intermittent)
64	Mutation toxicity	oral	Domestic mammal	364 mg / kg / 52W (continuous)
65	Mutation toxicity	Testicle injection	Domestic mammal	10 mg / kg
66	Carcinogenicity	oral	Rat	900 mg / kg / 60D-C	1. Carcinogenicity-tumor (according to RTECS standards) 2. Lung, chest or respiratory toxicity-tumor 3. Endocrine toxicity-adrenal tumor
67	Carcinogenicity	oral	Rat	250 mg / kg / 47W-C	1. Carcinogenicity-may be carcinogenic (according to RTECS standards) 2. Kidney, ureter and bladder toxicity-kidney tumors
68	Carcinogenicity	oral	Rat	2430 mg / kg / 23W-C	1. Carcinogenicity-may be carcinogenic (according to RTECS standards) 2. Brain toxicity-tumor 3. Endocrine toxicity-tumor
69	Carcinogenicity	oral	Rat	4605 mg / kg / 44W-C	1. Carcinogenicity-may be carcinogenic (according to RTECS standards) 2. Lung, chest or respiratory toxicity-tumor 3. Endocrine toxicity-adrenal tumor
70	Carcinogenicity	oral	Rat	7560 mg / kg / 72W-C	1. Carcinogenicity-tumor (according to RTECS standards) 2. Endocrine toxicity-tumor 3. Endocrine toxicity-thyroid tumor
71	Carcinogenicity	oral	Rat	9150 mg / kg / 44W-C	1. Carcinogenicity-tumor (according to RTECS standards) 2. Kidney, ureter and bladder toxicity-kidney tumors
72	Carcinogenicity	oral	Rat	218 mg / kg / 1Y-C	1. Carcinogenicity-may be carcinogenic (according to RTECS standards) 2. Kidney, ureter and bladder toxicity-kidney tumors
73	Carcinogenicity	oral	Rat	138 mg / kg / 76W-C	1. Carcinogenicity-may be carcinogenic (according to RTECS standards) 2. Kidney, ureter and bladder toxicity-kidney tumors
74	Reproductive toxicity	oral	Rat	1257 uL / kg, female 10 days before conception	1. Reproductive toxicity-affects the mother's body 2. Reproductive toxicity-abnormal development of blood and lymphatic system (including spleen and bone marrow) 3. Reproductive toxicity-other developmental abnormalities
75	Reproductive toxicity	oral	Rat	600 ug / kg, male mating 30 days ago	1. Reproductive toxicity-abnormal male spermatogenesis (including genetic material, sperm morphology, sperm motility and count) 2. Reproductive toxicity-changes in prostate, seminal vesicles, Cobb's glands, and accessory glands 3. Reproductive toxicity-impotence
76	Reproductive toxicity	oral	Rat	97 mg / kg, male mating 5 weeks ago	1. Reproductive toxicity-affecting the behavior of newborns
77	Reproductive toxicity	oral	Rat	14700 mg / kg, 1 to 21 days after conception	1. Reproductive toxicity-affect the live birth index of newborn 2. Reproductive toxicity-other changes 3. Reproductive toxicity-decrease in newborn weight gain
78	Reproductive toxicity	oral	Rat	1800 mg / kg, 1 to 22 days after conception	1. Reproductive toxicity-affecting the biochemistry and metabolism of the newborn
79	Reproductive toxicity	oral	Rat	460 mg / kg, 49 days before female conception	1. Reproductive toxicity-reduced weight gain in newborns
80	Reproductive toxicity	oral	Rat	230 mg / kg, 49 days before female conception	1. Reproductive toxicity-abnormal development of blood and lymphatic system (including spleen and bone marrow) 2. Reproductive toxicity-has other effects on newborns
81	Reproductive toxicity	oral	Rat	1950 mg / kg, 6-18 days after conception	1. Reproductive toxicity-increased mortality after implantation
82	Reproductive toxicity	oral	Rat	1413 mg / kg, 1-18 days after female conception	1. Reproductive toxicity-affects mother-to-child communication 2. Reproductive toxicity-fetal toxicity (such as fetal dysplasia but not death)
83	Reproductive toxicity	Intraperitoneal injection	Rat	25 mg / kg, 9 days after conception	1. Reproductive toxicity-increased mortality after implantation 2. Reproductive toxicity-embryo or fetal death 3. Reproductive toxicity-ear / eye developmental abnormalities
84	Reproductive toxicity	Intraperitoneal injection	Rat	120 mg / kg, male mating 30 days ago	1. Reproductive toxicity-changes in testis, epididymis, and vas deferens 2. Reproductive toxicity-changes in prostate, seminal vesicles, Cobb's glands, and accessory glands
85	Reproductive toxicity	Intraperitoneal injection	Rat	60 mg / kg, 13-19 days after female conception	1. Reproductive toxicity-affects the fetus
86	Reproductive toxicity	Intraperitoneal injection	Rat	1256 mg / kg, male mating 14 weeks ago	1. Reproductive toxicity-abnormal male spermatogenesis (including genetic material, sperm morphology, sperm motility and count) 2. Reproductive toxicity-changes in testis, epididymis, and vas deferens
87	Reproductive toxicity	oral	Rat	2380 mg / kg, male mating 17 weeks ago	1. Reproductive toxicity-abnormal male spermatogenesis (including genetic material, sperm morphology, sperm motility and count) 2. Reproductive toxicity-late birth
88	Reproductive toxicity	oral	Mouse	236 mg / kg, 7-16 days after conception	1. Reproductive toxicity-fetal toxicity (such as fetal dysplasia but not death)
89	Reproductive toxicity	oral	Mouse	4800 mg / kg, 1-8 days after conception	1. Reproductive toxicity-increased pre-implantation mortality
90	Reproductive toxicity	oral	Mouse	9 mg / kg, 7-21 days after conception	1. Reproductive toxicity-abortion
91	Reproductive toxicity	oral	Mouse	259 mg / kg, 7-17 days after conception	1. Reproductive toxicity-abnormal development of blood and lymphatic system (including spleen and bone marrow)
92	Reproductive toxicity	Intraperitoneal injection	Mouse	35 mg / kg, 8 days after female conception	1. Reproductive toxicity-fetal toxicity (such as fetal dysplasia but not death) 2. Reproductive toxicity-embryo or fetal death 3. Reproductive toxicity-abnormal development of the musculoskeletal system
93	Reproductive toxicity	Intraperitoneal injection	Mouse	180 mg / kg, 10-16 days after conception	1. Reproductive toxicity-abnormal ear / eye development 2. Reproductive toxicity-Reduced weight gain in the newborn 3. Reproductive toxicity-affects the behavior of the newborn
94	Reproductive toxicity	Intravenous injection	Mouse	100 mg / kg, 11 days after female conception	1. Reproductive toxicity-fetal toxicity (such as fetal dysplasia but not death) 2. Reproductive toxicity-embryo or fetal death 3. Reproductive toxicity-abnormalities of the skull and face (including nose / tongue)
95	Reproductive toxicity	Intravenous injection	Mouse	200 mg / kg, 7-8 days after conception	1. Reproductive toxicity-increased mortality after implantation
96	Reproductive toxicity	oral	monkey	765 mg / kg, 90 days before female conception	1. Reproductive toxicity-affecting the behavior of newborns
97	Reproductive toxicity	oral	monkey	1557 mg / kg, female pregnant 62 weeks ago	1. Reproductive toxicity-affects newborns
98	Reproductive toxicity	oral	monkey	600 mg / kg, female 57 weeks before conception	1. Reproductive toxicity-affects the mother 2. Endocrine toxicity-changes in luteinizing hormone
99	Reproductive toxicity	Subcutaneous injection	Rat	110 mg / kg, male mating 15 weeks ago	1. Reproductive toxicity-affects the behavior of the newborn 2. Reproductive toxicity-has other effects on the newborn
100	Reproductive toxicity	oral	Guinea Pig	300 mg / kg, 22-52 days after female conception	1. Reproductive toxicity-affects the mother 2. Reproductive toxicity-abnormal development of the central nervous system 3. Reproductive toxicity-abnormal development of blood and lymphatic system (including spleen and bone marrow)
101	Reproductive toxicity	oral	Guinea Pig	1108 mg / kg, 22-52 days after female conception	1. Reproductive toxicity-affects the mother 2. Reproductive toxicity-abnormal development of the endocrine system
102	Reproductive toxicity	Intraperitoneal injection	Guinea Pig	12500 ug / kg, 20 days after female conception	1. Reproductive toxicity-abnormal development of the central nervous system
103	Reproductive toxicity	Intravenous injection	Hamster	50 mg / kg, 8 days after female conception	1. Reproductive toxicity-abnormal development of the musculoskeletal system 2. Reproductive toxicity-abnormal development of the central nervous system 3. Reproductive toxicity-abnormal ear / eye development
104	Reproductive toxicity	Intravenous injection	Hamster	25 mg / kg, 8 days after conception	1. Reproductive toxicity-increased mortality after implantation 2. Reproductive toxicity-abnormal development of the musculoskeletal system
105	Reproductive toxicity	Testicle injection	Domestic mammal	10 mg / kg, male mated 1 day ago	1. Reproductive toxicity-abnormal male spermatogenesis (including genetic material, sperm morphology, sperm motility and count) 2. Reproductive toxicity-changes in testis, epididymis, and vas deferens
106	Reproductive toxicity	Intravenous injection	mammal	256 mg / kg, 7-10 days after conception	1. Reproductive toxicity-increased mortality after implantation

^[6-99]

Ecological information of lead acetate

Water Hazard Level 3 (German Regulation) (Self-assessment through a list) The substance is extremely hazardous to water.

Do not allow the product to come into contact with groundwater, waterways or sewage systems, even in small quantities.

Even very small amounts of product seeping into the ground can be dangerous to drinking water

It is also toxic to fish and plankton in the water.

Do not discharge materials into the environment without government permission.

Very toxic to organics in water. ^[3]

Environmental Standards for Lead Acetate

Occupational exposure limits (in Pb) ^[100] :

NIOSH REL: 0.100mg / m ³ TWA

OSHA PEL: 0.050mg / m ³ TWA

ACGIH TLV: 0.05mg / m ³ TWA

NIOSH IDLH value: 100mg Pb / m ³

Maximum allowable concentration :

China (TJ36-79): The maximum allowable concentration of harmful substances in the air of the workshop is 0.05mg / m ³ .

Former Soviet Union (1975): The maximum allowable concentration of harmful substances in water is 5mg / L (acetate).

Japan: The concentration of toxic substances that kill fish in industrial wastewater is specified as 0.7 to 11.3 ppm (lethal concentration).

Monitoring method for lead acetate

Laboratory monitoring method: Atomic absorption method.

Lead acetate damage control

Leak handling

Isolate the leaking contaminated area and set warning signs around it. It is recommended that emergency handlers wear gas masks and chemical protective clothing. Do not directly contact the leakage, avoid dust, collect in dry, clean and covered containers, and transport to waste disposal site. It can also be washed with a large amount of water, and the diluted washing water is put into the waste water system. If a large amount of leakage, collect and recycle or discard after harmless treatment.

Fire-fighting measures

Fire fighting methods: mist water, foam, carbon dioxide, sand.

Protective measures

Respiratory protection: Workers should wear dust masks. Wear a gas mask if necessary.

Eye protection: Wear safety goggles if necessary.

Protective clothing: Wear appropriate protective clothing.

Hand protection: Wear protective gloves.

Others: Smoking, eating and drinking are not allowed on the job site. Work shower dressing. Store clothes contaminated by poisons separately and wash them before using. Pre-employment and regular medical examinations.

first-aid

Skin contact: Remove contaminated clothing and rinse thoroughly with soap and water.

Eye contact: Raise the eyelids immediately and rinse with plenty of running water or saline.

Inhalation: Remove from the scene to fresh air. If necessary, give artificial respiration. Seek medical attention.

Ingestion: If you take it by mistake, give a lot of warm water, induce vomiting, and wash your stomach with water or sodium thiosulfate solution. Give milk or egg whites. Seek medical attention.

Lead acetate safety information

Dangerous Goods Sign

N: Environmentally hazardous substances

T: Toxic ^[101]

safety instructions

S45: In case of accident or if you feel unwell, seek medical advice immediately (show the label if possible).

S53: Avoid contact. Obtain special instructions before use.

S60: The substance and its container must be disposed of as hazardous waste.

S61: Avoid release to the environment. Refer to special instructions / safety data sheet. ^[101]

Danger category code

R33: Dangerous goods with cumulative effects.

R48 / 22: Prolonged exposure if swallowed is hazardous to health.

R50 / 53: Very toxic to aquatic organisms, may have long-term adverse effects on the aquatic environment.

R61: May cause harm to the fetus.

R62: Risk of damaging fertility. ^[101]