2,4,6-trichloro-1,3,5-triazine (108-77-0)

General informations

Last verification the 06/06/2017

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Identification

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Numero CAS

108-77-0

Nom scientifique (FR)

Chlorure cyanurique

Nom scientifique (EN)

2,4,6-trichloro-1,3,5-triazine

Autres dénominations scientifiques (FR)

2,4,6-trichloro-1,3,5-triazine

Autres dénominations scientifiques (Autre langues)

2,4,6-trichlor-1,3,5-triazinas ; 2,4,6-tricloro-1,3,5-triazina ; chlorotriazine ; cyanuric acid chloride ; 2,4,6-trichloro-1,3,5-triazine ; cyanuric chloride ; 2,4,6-Trichloro-s-triazine

Code EC

203-614-9

Code SANDRE

2767

Number CIPAC

-

Formule chimique brute

\(\ce{ C3Cl3N3 }\)

Code InChlKey

MGNCLNQXLYJVJD-UHFFFAOYSA-N

Code SMILES

n(c(nc(n1)Cl)Cl)c1Cl

CLP classification

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Type de classification

Harmonisée

ATP insertion

CLP00

Description de la classification

Classification harmonisée selon réglement 1272/2008 ou CLP

Hazard statements

H314

H330

Toxique, irritant, sensibilisant, narcotique.

H302

H317

Sensibilisant, cancérogène, mutagène, reprotoxique

Hazard statement - Code	H314
Hazard statement - Text	Provoque de graves brûlures de la peau et de graves lésions des yeux.
Hazard class(es)	Corrosion / Irritation cutanée
EU hazard label	-
Specific concentration limits	STOT SE 3;H335: C ≥ 5 %
M factor	-
Acute toxicity estimate	-

ECHA sheet

Hazard statement - Code	H330
Hazard statement - Text	Mortel par inhalation
Hazard class(es)	Toxicité aiguë
EU hazard label	-
Specific concentration limits	STOT SE 3;H335: C ≥ 5 %
M factor	-
Acute toxicity estimate	-

ECHA sheet

Hazard statement - Code	H302
Hazard statement - Text	Nocif en cas d'ingestion
Hazard class(es)	Toxicité aiguë
EU hazard label	-

Hazard statement - Code	H317
Hazard statement - Text	Peut provoquer une allergie cutanée
Hazard class(es)	Sensibilisation respiratoire/cutanée
EU hazard label	-
Specific concentration limits	STOT SE 3;H335: C ≥ 5 %
M factor	-
Acute toxicity estimate	-

ECHA sheet

Regulations

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Règlement CLP - Annexe VI - Classification et étiquetage harmonisés pour certaines substances dangereuses

Physico Chemistry

Last verification the 06/06/2017

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Generalities

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Poids moléculaire

184.41 g/mol

Parameters table

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Parameters table
Value name	Value	Commentary	Source
Hydrosolubilité	440 mg.L^-1	à 20°C	UNEP (2005) p.62
Densité	1.32 -		UNEP (2005) p.62
Pression de vapeur	1.2 Pa		UNEP (2005) p.62
Pression de vapeur	2.5 Pa	à 20°C	UNEP (2005) p.62
Point de fusion	145.5 °C		UNEP (2005) p.62
Constante de Henry	0.04 Pa.m³.mol^-1		UNEP (2005) p.62
Coefficient de partage octanol/eau (Log Kow)	1.73 -	calculé	UNEP (2005) p.62

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Bibliography

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Behavior

Last verification the 06/06/2017

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Matrixes

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Fresh water environment

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Parameters table
Value name	Value	Temperature	Pressure	Granulometry	Humidity	Guideline	ineris method	Commentary	Source
Coefficient de partage eau matière en suspension	12.4 L.kg^-1							calculé à partir du Koc (TGD)	UNEP (2005) p.62

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Sediment fresh water environment

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Parameters table
Value name	Value	Temperature	Pressure	Granulometry	Humidity	Guideline	ineris method	Commentary	Source
Coefficient de partage eau sédiment	6.2 L.kg^-1							calculé à partir du Koc (TGD)	UNEP (2005) p.62

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Terrestrial environment

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Parameters table
Value name	Value	Temperature	Pressure	Granulometry	Humidity	Guideline	ineris method	Commentary	Source
Coefficient de partage carbone organique/Eau (Koc)	124.2 L.kg^-1							calculé	UNEP (2005) p.62
Coefficient de partage eau/sol	2.5 L.kg^-1							calculé à partir du Koc (TGD)	UNEP (2005) p.62

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Persistence

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Abiotic degradability

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Parameters table
Value name	Value	Temperature	Pressure	Granulometry	Humidity	Guideline	ineris method	Commentary	Source
Hydrolyse	0.208 jour							valeur maximale pour la transformation du chlorure de cyanuryle en acide cyanurique	UNEP (2005) p.62
Photolyse	183 jour							stable	UNEP (2005) p.62

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Fresh water environment

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Parameters table
Value name	Value	Temperature	Pressure	Granulometry	Humidity	Guideline	ineris method	Commentary	Source
Temps de demie vie eau douce	100 jour							rivière	UNEP (2005) p.62
Temps de demie vie eau douce	741 jour							lac	UNEP (2005) p.62

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Terrestrial environment

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Parameters table
Value name	Value	Temperature	Pressure	Granulometry	Humidity	Guideline	ineris method	Commentary	Source
Temps de demie vie terrestre	183 jour							à 20°C	UNEP (2005) p.62

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Bioaccumulation

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Aquatic organisms

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Organismes aquatiques
ineris name	Specie	Value	Trofic level	Taxon	Matrix	Life stage	Effect	Detailed effect	Duration of exposure	ineris method	Guideline	Commentary	Source
Bioaccumulation BCF		12 -										calculé	UNEP (2005) p.62

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Bibliography

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Toxicology

Last verification the 06/06/2017

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Accidental values

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Other accidental thresholds

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Other accidental thresholds
ineris name	Duration	Value	Source	Status state	Commentary
PAC-1	60 min	0,41 mg.m^-3	EHSS (2018)	Final	TEEL-2/11, rat oral TDLo, rat 240-min LC50
PAC-2	60 min	4,5 mg.m^-3	EHSS (2018)	Final	TEEL-2/11, rat oral TDLo, rat 240-min LC50
PAC-3	60 min	7,7 mg.m^-3	EHSS (2018)	Final	TEEL-2/11, rat oral TDLo, rat 240-min LC50

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Ecotoxicology

Last verification the 06/06/2017

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Hazards

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Hazard values

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Environment

Valeurs de danger
ineris name	Value	Taxon	Source
CL/CE50	620 mg.L^-1	Algue	UNEP (2005) p.62
CL/CE50	1000 mg.L^-1	Invertebré	UNEP (2005) p.62
CL/CE50	>1000 mg.L^-1	Poisson	UNEP (2005) p.62

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Ecotoxicological values

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Guide values

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Environment

Valeurs guides
ineris name	Value	Matrix	Target	Critical effect retained	Duration of exposure	Factor	Commentary	Status state	Value retained by INERIS	Year	Source
PNEC chronique / AA-QSwater_eco	0.64 mg.L^-1	Eau douce				50	PNEC proposée par l'INERIS validée par un groupe d'experts. - extrapolation		Yes		UNEP (2005) p.62

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