퍼퓨랄
FURFURAL
定義
Furfural is the cyclic aldehyde that conforms to the formula:
이 원료는 다음의 구조를 갖는 고리형 알데하이드이다.
식약처 원료 정의: 이 원료는 다음의 구조를 갖는 고리형 알데하이드이다.
公式表示名・定義
JCIA 표시명 フルフラール: 本品は、次の化学式で表される環状アルデヒドである。
別名・識別情報
FURFURALINCI퍼퓨랄식약처 표준명2-Furancarboxaldehyde식약처 표준명FURFURAL동의어
- cas
- 98-01-1
- ec
- 202-627-7
- dtxsid
- DTXSID1020647
- dtxcid
- DTXCID50647
- IUPAC
- Furan-2-carbaldehyde
- 분자식
- C5H4O2
- 분자량
- 96.085 g/mol
化粧品での役割
SOLVENTFRAGRANCE
安全性・規制情報
Restriction III/312 · SCCS opinion: Furfural; Opinion on Furfural
MFDS(식약처) 국가별 사용 제한/금지 기록
식약처 규제 요약: 금지 국가 없음 / 제한 국가 EU,아세안
식약처 국가별 규제 정보: 아세안 · 한도 · * 【Restrictions】 Maximum authorised concentration in the finished cosmetic product : 0.001% * 제한 【완제품에서 허용된 최대 농도】 : 0.001%
식약처 국가별 규제 정보: EU · 한도 · * 【Restrictions】 Maximum concentration in ready for use preparation : 0,001 % * 【제한】 최대 농도 : 0,001 %
連携済み公式原本データ
- Japan Cosmetic Industry Association labelling names · jcia_label_name · Furfural
- Japan Cosmetic Industry Association labelling names · jcia_label_name · Furfural
- MFDS cosmetics ingredient component information · ingredient_master · 퍼퓨랄
- MFDS cosmetics regulatory ingredient information · regulation_summary · 퍼퓨랄
- MFDS cosmetics regulatory ingredient information · restricted_ingredient · 퍼퓨랄
- MFDS cosmetics regulatory ingredient information · restricted_ingredient · 퍼퓨랄
関連文献
- THE USE OF THE FURFURAL FROM THE SOLID WASTE OF SUGAR INDUSTRY (BAGASSE) TO SYNTHESIZE -(2-FURYL) ACRYLIC ACID AS AN ALTERNATIVE FOR THE RAW MATERIAL OF SUNSCREEN COMPOUND · 2010
- Enhanced degradation of furfural by heat-activated persulfate/nZVI-rGO oxidation system: Degradation pathway and improving the biodegradability of oil refinery wastewater · 2020
- An experimental study of the photodynamic properties of furfural and of the potentials for using a photoprotective cream · 1990
- Structural Features of Lignin Fractionated From Industrial Furfural Residue Using Alkaline Cooking Technology and Its Antioxidant Performance · 2020
- 5-Methyl Furfural Reduces the Production of Malodors by Inhibiting Sodium l-Lactate Fermentation of Staphylococcus epidermidis: Implication for Deodorants Targeting the Fermenting Skin Microbiome · 2019