홈MCP워크벤치Skills
홈워크벤치알림마이페이지
Huagongshe 오픈 프로젝트:[email protected]AI 접속: llms.txt · MCP 가이드개인정보처리방침 · 이용약관 · 지원v1.7.8
  1. 홈
  2. /화합물

아세트산 납

Lead acetate

HCID 174940975
노트반응

데이터를 보충하는 중입니다. 잠시 후 페이지를 새로 고치면 최신 내용을 볼 수 있습니다

기본 정보이름 및 식별자물성안전 및 규제화학 및 산업관련 반응화합물 노트
부분 구조 검색유사 구조 찾기

기본 정보

CAS
301-04-2
표준 SMILES
CC(=O)O.[PbH2]
분자식
C4H6O4Pb
평균 분자량
325.29 g/mol

이름 및 식별자

우선 이름
Lead acetate
현지명
아세트산 납
영어명
Lead acetate
분자식
C4H6O4Pb
분자량
325.29

이름 및 동의어

아세트산납이초산납납다이(아세테이트)아세트산납아세트산 납납 다이(아세테이트)다이아세트산 납아세트산, 납(2+) 염아세트산, 납(2+) 염 (2:1)아세트산, 납(II)아세트산, 납(II) 염이염기성 납 아세테이트
이름 더 보기
납(II)아세테이트LEAD (II) ACETATEPbAc2unichempbaLEAD ACETATE 3H2OACETIC ACID LEAD SALTDiacetic acid lead(II)LEAD ACETATE-3-HYDRATELEAD SUGARbleiacetatSugaroflead

데이터베이스 식별자

CAS
301-04-2
PubChem CID
174940975

물성

물리화학적 성질

녹는점
280 °C · 280 °C (536 °F; 553 K) (anhydrous); 75 °C (167 °F; 348 K); (trihydrate) decomposes at ≥ 200 °C; 22 °C (72 °F; 295 K); (decahydrate)
끓는 점
Decomposes
밀도
3.25 g/cm3 · 3.25 g/cm3 (20 °C, anhydrous); 2.55 g/cm3 (trihydrate); 1.69 g/cm3 (decahydrate)
증기압
15.7 hPa · 15.7hPa at 25℃
굴절률
1.567 · 1.567 (trihydrate)
인화점
Non-flammable
저장 조건
2 · 2-8°C
용해도
DMSO(약간 용해됨), 메탄올(약간 용해됨)
물리적 상태
powder, crystals
색상
White or colourless
냄새
Acidic odor
수용성
100 g · g/100g H2O: 19.7(0°C), 55.2(25°C); 평형 고체상, Pb(CH3COO)2·3H2O [KRU93]; g/100mL H2O: 44.3(20°C), 221(50°C) [KIR78]
Merck
14 · 14,5397
Dielectric constant
2.5 · 2.5(0.0℃)
화장품 원료 기능
머리 염색
LogP
-0.17 · -0.17
EPA
Lead(II) acetate (301-04-2)

화학적 성질

Lead acetate is a white, flaky crystalline substance with a slight odor of acetic acid. Commercial grades may be powdered granules, or brown or gray lumps. Diacetate: Powder.

안전 및 규제

안전 정보는 참고용이며, 공급업체의 물질안전보건자료(SDS), 관련 법규 및 전문가 평가를 대체하지 않습니다.

안전 데이터

wgk
2
tsca
TSCA listed
rtecs
OF8050000
ridadr
UN 1616
독성
LD50 i.p. in rats: 15 mg Pb/100g (Bradley, Fredrick)
HS 번호
2915.29.5000
risk_code
61-33-48/22-50/53-62
hazard_code
T,N
safety_code
53-45-60-61
포장분류
III
위험 등급
6.1
기존화학 물질
KE-21888
유해 물질 데이터
301-04-2(Hazardous Substances Data)
함량 및 규제정보
물질구분: 유독물질; 혼합물(제품)함량정보: 사산화납(lead tetraoxide), 황산납(lead sulfate), 염기성탄산납(basic lead carbonate)을 제외한 납화합물(Lead compounds) 및 이를 25% 이상 함유한 혼합물. 다만, 초산납(lead acetate), 알킬화납(lead alkyls), 아지드화납(lead azide), 이초산납(lead di(acetate)), 메탄술폰산납(lead(Ⅲ) methansulfonate), 인산납(lead phosphate(3:2)), 스티핀산납(lead styphate)의 경우는 이를 0.5% 이상 함유한 혼합물
유해화학물질 필터링
97-1-9
중점관리물질 필터링
별표1-78
암, 돌연변이성물질 필터링
355

화학 및 산업

응용 분야 · 2건

개요Lead acetate is stable under ordinary conditions of use and storage. Lead acetate is incompatible with bromates, phenol, chloral hydrate, sulphides, hydrogen peroxide, resorcinol, salicylic acid, sulphites, vegetable infusions, alkalis, tannin, phosphates, citrates, chlorides, carbonates, tartrates, and acids. Lead (II) acetate, as well as white lead, has been used in cosmetics throughout history, though this practice has ceased in Western countries. It is still used in men’s hair colouring. Lead (II) acetate paper is used to detect the poisonous gas hydrogen sulphide. The gas reacts with lead (II) acetate on the moistened test paper to form a grey precipitate of lead (II) sulphide.

용도2 – 1 - Sweetener Like other lead (II) salts, lead (II) acetate has a sweet taste, which has led to its use as a sugar substitute throughout history. The ancient Romans, who had few sweeteners besides honey, would boil must (grape juice) in lead pots to produce a reduced sugar syrup called defrutum, concentrated again into sapa. This syrup was used to sweeten wine and to sweeten and preserve fruit. It is possible that lead(II) acetate or other lead compounds leaching into the syrup might have caused lead poisoning in anyone consuming it . Lead acetate is no longer used in the production of sweeteners in most of the world because of its recognized toxicity. Modern chemistry can easily detect it, which has all but stopped the illegal use that continued decades after legal use as a sweetener was banned . 2 – 1 - Sweetener2 – 1 – 1 - Resultant deaths Pope Clement II died in October 1047. A toxicologic examination of his remains conducted in the mid – 20 th century confirmed centuries-old rumors that he had been poisoned with lead sugar.It is not clear if he was assassinated. In 1787 painter Albert Christoph Dies swallowed, by accident, approximately 21 g of lead acetate. His recovery from this poison was slow and incomplete. He lived with illnesses until his death in 1822 . Although the use of lead (II) acetate as a sweetener was already illegal at that time, composer Ludwig van Beethoven may have died of lead poisoning caused by wines adulterated with lead acetate. Mary Seacole applied lead (II) acetate, among other remedies, against an epidemic of cholera in Panama.

제조 방법 · 2건

일산화납 또는 강한 아세트산 속 탄산납의 용해로 제조됨

생산 방법Lead acetate is made by dissolving lead monoxide (litharge) or lead carbonate in strong acetic acid. Several types of basic salts are formed when lead acetates are prepared from lead monoxide in dilute acetic acid or at high pH. The basic salts of lead acetate are white crystalline compounds, which are highly soluble in water and dissolve in ethyl alcohol.Lead acetate can be made by boiling elemental lead in acetic acid and hydrogen peroxide.

관련 반응

0건
반응 기록 만들기

현재 필터 조건에 해당하는 반응 기록이 없습니다.

화합물 노트

불러오는 중…

이 페이지에서기본 정보이름 및 식별자물성안전 및 규제화학 및 산업관련 반응화합물 노트

상·하류 제품 정보

상류 원료

Manganese triacetate dihydrate(아세티록시)트리부틸스타난납 테트라아세트산초산납납(II) 카보네이트 베이식산화납(II)

하류 제품

페로브스카이트CH3NH3PbI3분말납 티오시아네이트(C6H5CH2CH2NH3)2PbBr4 (PEA2PbBr4)

공급사91 곳

湖北成丰化工有限公司13125175253 · [email protected]
廊坊乾耀科技有限公司0316-2617888 17301291189 · [email protected]
四川华南无机盐有限公司15223036127 · [email protected]
天津市恒兴化学试剂制造有限公司022-26772349 15822233318 · [email protected]
武汉零加一化工有限公司15972036926 15972036926 · [email protected]
武汉吉业升化工有限公司027-83360216 18040558719 · [email protected]
武汉绿景丰华生物科技有限公司19972070065 · [email protected]
河北枫嘉新材料科技有限公司+86-0311-87836622 +86-18712993135 · [email protected]
Shenyang Simchoice Chemical Co.,Ltd+86-024-23769576 +86-15040101888 · [email protected]
武汉吉业升化工有限公司15387013945 · [email protected]
江苏普乐司生物科技有限公司0513-66017706 18551496367 · [email protected]
河南英田生物科技有限公司0370-4053511; 18339993703 · [email protected]
武汉吉业升化工有限公司13545274181 15307147230 · [email protected]
山东多聚化学有限公司0531-88779566 13105315100 · [email protected]
常州市华阳科技有限公司+8615250961469 · [email protected]
沈阳依莱普克斯化工有限公司024-31124838 15840046119 · [email protected]
Hebei Shengyuan Jinlong Import and Export Co. LTD+86-17367750398 · [email protected]
广东大小化工有限公司171603 18666171603 · [email protected]
天津希恩思生化科技有限公司400 638 7771 · [email protected]
武汉吉业升化工有限公司027-13545242311 13545242311 · [email protected]
艾科试剂4008-755-333 18080918076 · [email protected]
TCI AMERICA800-4238616 · [email protected]
TOKYO CHEMICAL INDUSTRY CO., LTD.03-36680489 · [email protected]
TCI Europe320-37350700 · [email protected]
武汉吉业升化工有限公司15927657268 · [email protected]
北京环宇世纪化学科技有限公司hysj_bj.com
PT CHEM GROUP LIMITED+86-85511178; +86-85511178 · [email protected]
日照力德士化工有限公司010-51268198 · [email protected]
成都零六生物科技有限公司400-1166-196 13458535857 · [email protected]
上海鑫圭生物科技有限公司15121041756 · [email protected]
池州凯隆进出口贸易有限公司[email protected]
HANGZHOU LEAP CHEM CO., LTD.+86-571-87711850 +86-15355479329 · [email protected]
泰安嘉岳生物化工有限公司15318151873 · [email protected]
武汉吉业升化工有限公司13343438917 · [email protected]
荆州市尹杰化工有限公司18008658728 · [email protected]
武汉吉业升化工有限公司15927120776 · [email protected]
武汉吉业升化工有限公司15307169873 · [email protected]
上海阿拉丁生化科技股份有限公司6206333 13167063860 · [email protected]
陕西缔都医药化工有限公司029-029-81120477 17792793610 · [email protected]
启源(广东)医药化工有限公司18026564465 · [email protected]
四川普西奥标物科技有限公司13540909846 13882008651 · [email protected]
武汉克米克生物医药技术有限公司027-13163388153 13163388153 · [email protected]
河北克拉维尔生物科技有限公司19930508148 · [email protected]
山东西亚化学有限公司4009903999 13395398332 · [email protected]
安泰精细化工技术有限公司18503026267 · [email protected]
北京大田丰拓化学技术有限公司010-60275820 13031183356 · [email protected]
成都康巴斯生物科技有限公司18582381569 · [email protected]
盼得(上海)国际贸易有限公司80159919 18662931292 · [email protected]
巴师傅(上海)生物医药科技有限公司60662071 18117346937 · [email protected]
Shaanxi Didu New Materials Co. Ltd+86-86-17392712779 +86-13289823923 · [email protected]

추가 설명

정의ChEBI: A lead coordination entity in which a central lead(2+) atom is coordinated to two acetate ions.