Registration Dossier

Data platform availability banner - registered substances factsheets

Please be aware that this old REACH registration data factsheet is no longer maintained; it remains frozen as of 19th May 2023.

The new ECHA CHEM database has been released by ECHA, and it now contains all REACH registration data. There are more details on the transition of ECHA's published data to ECHA CHEM here.

Diss Factsheets

Physical & Chemical properties

Endpoint summary

Administrative data

Description of key information

Additional information

  PROPERTY (CODE)  |     VALUE     |   CONDITION   |  NOTE   

=====================+=================+=================+===========

Boiling Point (BP)  |180 deg C       |                | (1) NIOSH

Boiling Point (BP)  |20-30 deg C     |                | (2)   CAS

Carbon-13 NMR Spectra|Spectrum        |                | (3)   WSS

Carbon-13 NMR Spectra|Spectrum        |                | (4)  AIST

Density (DEN)       |1.318 g/cm**3   |Temp: 20 deg C  | (5)   NLM

Density (DEN)       |1.3 g/cm**3     |                | (1) NIOSH

IR Absorption Spectra|Spectrum        |                | (4)  AIST

IR Absorption Spectra|Spectrum        |                | (6) BIORAD

IR Absorption Spectra|Spectrum        |                | (3)   WSS

Mass Spectra        |Spectrum        |                | (3)   WSS

Mass Spectra        |Spectrum        |                | (4)  AIST

Melting Point (MP)  |>550 deg C      |                | (7)   CAS

Melting Point (MP)  |292-296 deg C   |                | (8)   CAS

Melting Point (MP)  |198 deg C       |                | (9)   CAS

Melting Point (MP)  |180 deg C       |                |(10)   CAS

Melting Point (MP)  |166 deg C       |                |(11)   CAS

Melting Point (MP)  |117 deg C       |                |(12)    IC

Melting Point (MP)  |116.5 deg C     |                |(13)   CAS

Melting Point (MP)  |116 deg C       |                |(14)   CAS

Melting Point (MP)  |116 deg C       |                |(15)   CAS

Melting Point (MP)  |116 deg C       |                |(16)   CAS

Melting Point (MP)  |116 deg C       |                |(17)    IC

Melting Point (MP)  |116 deg C       |Solv: ethyl ether|(18)    IC

                    |                |(60-29-7)       |

Melting Point (MP)  |116 deg C       |Solv: water     |(19)   CAS

                    |                |(7732-18-5)     |

Melting Point (MP)  |116 deg C       |                | (1) NIOSH

Melting Point (MP)  |115.7 deg C     |                |(20)   CAS

Melting Point (MP)  |115.7 deg C     |                | (5)   NLM

Melting Point (MP)  |115.7 deg C     |                |(21)   SRC

Melting Point (MP)  |115-117 deg C   |                |(22)   CAS

Melting Point (MP)  |115-117 deg C   |                |(23)   CAS

Melting Point (MP)  |115-116 deg C   |                |(24)   CAS

Melting Point (MP)  |115-116 deg C   |                |(25)    IC

Melting Point (MP)  |115-116 deg C   |                |(26)    IC

Melting Point (MP)  |115-116 deg C   |                |(27)    IC

Melting Point (MP)  |115-116 deg C   |                |(28)    IC

Melting Point (MP)  |115 deg C       |                |(29)   CAS

Melting Point (MP)  |115 deg C       |                |(30)   CAS

Melting Point (MP)  |115 deg C       |                |(31)   CAS

Melting Point (MP)  |115 deg C       |                |(32)    IC

Melting Point (MP)  |114.5 deg C     |                |(33)   CAS

Melting Point (MP)  |114-116 deg C   |                |(34)   CAS

Melting Point (MP)  |114-116 deg C   |                |(35)   CAS

Melting Point (MP)  |114-116 deg C   |                |(36)    IC

Melting Point (MP)  |114-116 deg C   |                |(37)    IC

Melting Point (MP)  |114-115 deg C   |                |(38)   CAS

Melting Point (MP)  |114-115 deg C   |                |(39)   CAS

Melting Point (MP)  |114-115 deg C   |                |(40)    IC

Melting Point (MP)  |114-114.5 deg C |                |(41)   CAS

                    |(sublm)         |                |

Melting Point (MP)  |114 deg C       |                |(42)    IC

Melting Point (MP)  |113-115 deg C   |                |(43)    IC

Melting Point (MP)  |113-115 deg C   |                |(44)   CAS

Melting Point (MP)  |113 deg C       |                |(15)   CAS

Melting Point (MP)  |113 deg C       |                |(45)   CAS

Melting Point (MP)  |112-114 deg C   |                |(46)    IC

Melting Point (MP)  |112-114 deg C   |                |(44)   CAS

Melting Point (MP)  |112 deg C       |                |(47)   CAS

Melting Point (MP)  |111.5-113.0 deg C|                |(48)    IC

Melting Point (MP)  |111.5-112.5 deg C|                |(49)    IC

Melting Point (MP)  |111 deg C       |                |(50)   CAS

Melting Point (MP)  |110-113 deg C   |                |(51)   CAS

Melting Point (MP)  |31.5 deg C      |                |(52)   CAS

Proton NMR Spectra  |Spectrum        |                | (4)  AIST

(1)    "International Chemical Safety Cards" data were obtained from the

       National Institute for Occupational Safety and Health.

(2)    Liebermann, C.; Berichte der Deutschen Chemischen Gesellschaft 1914

       V47, P1203-10 CAPLUS

(3)    Spectral data were obtained from Wiley Subscription Services, Inc.(US)

(4)    "Integrated Spectral Data Base System of Organic Compounds" data were

       obtained from the National Institute of Advanced Industrial Science and

       Technology (Japan)

(5)    "Hazardous Substances Data Bank" data were obtained from the National

       Library of Medicine (US)

(6)    Infrared spectral data from the Bio-Rad/Sadtler IR Data Collection was

       obtained from Bio-Rad Laboratories,,(US). Copyright

       (C) Bio-Rad Laboratories.  All Rights Reserved.

(7)    Clar, E.; Journal of the Chemical Society 1956 P1833-6 CAPLUS

(8)    Bartlett, Paul D.; Journal of the American Chemical Society 1942 V64,

       P2649-53 CAPLUS

(9)    Soltys, A.; Monatshefte fuer Chemie 1929 V53-54, P175-84 CAPLUS

(10)   Davies, W. Cule; Journal of the Chemical Society 1935 P1786-92 CAPLUS

(11)   Ruzicka, L.; Helvetica Chimica Acta 1923 V6, P677-91 CAPLUS

(12)   Daumas, M.; Synthesis 1989(1) P64-5 CAPLUS

(13)   Mishchenko, O. G.; Russian Journal of General Chemistry 2008 V78(8)

       P1529-1532 CAPLUS

(14)   Verma, Madhavi; Indian Journal of Chemistry, Section A: Inorganic,

       Bio-inorganic, Physical, Theoretical & Analytical Chemistry 2004

       V43A(10) P2109-2112 CAPLUS

(15)   Khansole, Sandeep V.; Journal of the Indian Chemical Society 2009

       V86(12) P1343-1346 CAPLUS

(16)   Suante, H.; Oxidation Communications 2006 V29(2) P266-273 CAPLUS

(17)   Nallaiah, C.; Tetrahedron 1986 V42(14) P4083-7 CAPLUS

(18)   Fischer, Alfred; Synthesis 1985(6-7) P641-3 CAPLUS

(19)   Kashparova, V. P.; Russian Journal of Applied Chemistry (Translation of

       Zhurnal Prikladnoi Khimii) 2004 V77(6) P964-967 CAPLUS

(20)   Foster, R.; Tetrahedron 1960 V10, P96-101 CAPLUS

(21)   "PhysProp" data were obtained from Syracuse Research Corporation of

       Syracuse, New York (US)

(22)   Patel, Sabita; Synthetic Communications 2005 V35(8) P1033-1037 CAPLUS

(23)   Abu-Orabi, Sultan T.; Jordan Journal of Chemistry 2006 V1(2) P109-120

       CAPLUS

(24)   Zagulyaeva, Aleksandra A.; Organic Letters 2010 V12(20) P4644-4647

       CAPLUS

(25)   Matsumoto, Masakatsu; Synthetic Communications 1985 V15(6) P515-20

       CAPLUS

(26)   Saa, Jose M.; Tetrahedron Letters 1986 V27(42) P5125-8 CAPLUS

(27)   Saa, Jose M.; Chemistry Letters 1987(5) P771-4 CAPLUS

(28)   Tamura, Yasumitsu; Synthesis 1989(2) P126-7 CAPLUS

(29)   Singh, N. B.; Indian Journal of Chemistry, Section A: Inorganic,

       Bio-inorganic, Physical, Theoretical & Analytical Chemistry 2005

       V44A(4) P661-666 CAPLUS

(30)   Telvekar, Vikas N.; Tetrahedron Letters 2010 V51(30) P3940-3943 CAPLUS

(31)   Abid, Khalid Y.; Qatar University Science Journal 2004 V24, P101-106

       CAPLUS

(32)   Pelter, Andrew; Tetrahedron Letters 1988 V29(6) P677-80 CAPLUS

(33)   Craven, Reginal; Journal of the Chemical Society, Transactions 1925

       V127, P1489 CAPLUS

(34)   Hashemi, Mohammed M.; Journal of Chemical Research 2005(3) P160-161

       CAPLUS

(35)   Kiran, Y. B.; Synthesis 2008(15) P2327-2332 CAPLUS

(36)   Barton, Derek H. R.; Journal of the Chemical Society, Perkin

       Transactions 1: Organic and Bio-Organic Chemistry (1972-1999) 1981(5)

       P1473-6 CAPLUS

(37)   Bruce, J. Malcolm; Journal of Chemical Research, Synopses 1981(8)

       P252-3 CAPLUS

(38)   Egusquiza, Maria G.; Catalysis Communications 2007 V9(1) P45-50 CAPLUS

(39)   Romanelli, Gustavo P.; Letters in Organic Chemistry 2008 V5(5) P332-335

       CAPLUS

(40)   Cassis, R.; Synthetic Communications 1983 V13(5) P347-56 CAPLUS

(41)   Paluch, Karolina; Roczniki Chemii 1964 V38(1) P43-6 CAPLUS

(42)   Minisci, Francesco; Journal of Organic Chemistry 1989 V54(3) P728-31

       CAPLUS

(43)   Kajigaeshi, Shoji; Bulletin of the Chemical Society of Japan 1991

       V64(1) P336-8 CAPLUS

(44)   Derikvand, Fatemeh; Journal of Catalysis 2010 V271(1) P99-103 CAPLUS

(45)   Hiraoka, Ryota; Chemical Engineering Research and Design 2009 V87(1)

       P97-101 CAPLUS

(46)   Mitchell, Reginald H.; Journal of Organic Chemistry 1979 V44(25)

       P4733-5 CAPLUS

(47)   Lai, Tapan K.; Indian Journal of Chemistry, Section B: Organic

       Chemistry Including Medicinal Chemistry 2005 V44B(6) P1309-1311 CAPLUS

(48)   Hewson, Alan T.; Synthetic Communications 1989 V19(11-12) P2095-9

       CAPLUS

(49)   Jacob, Peyton, III; Journal of Organic Chemistry 1976 V41(22) P3627-9

       CAPLUS

(50)   Singh, K. N.; Indian Journal of Chemistry, Section B: Organic Chemistry

       Including Medicinal Chemistry 2006 V45B(11) P2552-2555 CAPLUS

(51)   Kuhn, Richard; Berichte der Deutschen Chemischen Gesellschaft

       [Abteilung] B: Abhandlungen 1943 V76B, P904-9 CAPLUS

(52)   Bean, Frederic R.; US 2533203 1950 CAPLUS