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Dutral TER 535/E
SpectraBase Compound ID FuLqDA47wLS
Mol Weight 0.0 g/mol
Molecular Formula C2H4-C3H6-C9H14
Exact Mass 0.0 g/mol

Transmission Infrared (IR) Spectrum

Transmission Infrared (IR) Spectrum

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SpectraBase Spectrum ID 3q5yjsfbu2S
Name DUTRAL TER 535-E
Source of Sample Montedison, S.p.A., Milan, Italy
Chemical Description OIL EXTENDED TERPOLYMER BASED ON ETHYLENE, PROPYLENE AND BALANCED AMOUNTS OF A NON-CONJUGATED DIENE (ETHYLENE-NORBORNENE)
Classification POLYMERS - HYDROCARBON COMPOUNDS
Content Ash Content= 0.26%
Copyright Copyright © 1980, 1981-2024 John Wiley & Sons, Inc. All Rights Reserved.
Dynamic Viscosity (Mooney)= (ML-1+4 100C) 92
Sample Procedure The pyrolysis technique is commonly used in the infrared identification of polymers and results in spectra of both the volatile and non-volatile pyrolyzed fractions the polymer under investigation. It can be used by researchers to identify principal polymer types. The volatile (Vapor Phase) and non-volatile (Condensed Phase) IR spectra resulting from the pyrolysis of this sample are available in SpectraBase as DUTRAL TER 535-E - Controlled Pyrolyzate (Vapor Phase) and DUTRAL TER 535-E - Controlled Pyrolyzate (Condensed Phase).
Technique FILM (CAST FROM o-DICHLOROBENZENE)