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Properties of polyester-triallylcyanurate glass-reinforced laminates at elevated temperatures

Wahl, N.E. / Preston, N.H.

Investigation of tendency of triallylcyanurate resins to crack upon postcure, and to become thermal degradated after exposure to 500 F for periods up to 200 hr; effect of inert pigments as fillers; 0.010-in. thick asbestos felt overlay on both surfaces of 1/8-in. thick laminate eliminated cracking, reduced thermal degradation and water absorption. (p 153-4, 156, 158, 160-2, 164, 166)

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Properties of polyester-triallylcyanurate glass-reinforced laminates at elevated temperatures

Wahl, N.E. / Preston, N.H.

Investigation of tendency of triallylcyanurate resins to crack upon postcure, and to become thermal degradated after exposure to 500 F for periods up to 200 hr; effect of inert pigments as fillers; 0.010-in. thick asbestos felt overlay on both surfaces of 1/8-in. thick laminate eliminated cracking, reduced thermal degradation and water absorption. (p 153-4, 156, 158, 160-2, 164, 166)

Properties of polyester-triallylcyanurate glass-reinforced laminates at elevated temperatures

Wahl, N.E. / Preston, N.H.

Investigation of tendency of triallylcyanurate resins to crack upon postcure, and to become thermal degradated after exposure to 500 F for periods up to 200 hr; effect of inert pigments as fillers; 0.010-in. thick asbestos felt overlay on both surfaces of 1/8-in. thick laminate eliminated cracking, reduced thermal degradation and water absorption. (p 153-4, 156, 158, 160-2, 164, 166)

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Title:

Properties of polyester-triallylcyanurate glass-reinforced laminates at elevated temperatures

Additional title:

Modern Plastics

Contributors:

Wahl, N.E. (author) / Preston, N.H. (author)

Published in:

Modern Plastics ; 35

Publication date:

1957

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

© Metadata Copyright Elsevier B. V. All rights reserved.

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