Cyanamid
offers
a
new
monomer:
in trial-lot quantities Physical Properties
of Pure Triallyl
Polymerisation of triallyl cyanurate readily occurs i n the presence of free radical catalysts. T h e polymers are clear, hard and infusible. T h e properties m a y be modified by copolymerization with other monomers, such a s styrene, methyl methacrylate a n d polyester resins.
Colorless liquid or solid U 2 0 (5mm.) J 1 0 0 (1mm.) 27.32=*= . 0 2 1.1133 12.55=*= 0 . 0 3 1.5049
Appearance Boiling point, ° C
Cyanurate
(approx.)
Freezing point, ° C Density, g . / c c . a t 3 0 ° C Viscosity, cp., 3 0 ° C . Refractive I n d e x n£ 5 Solubility, g . / 1 0 0 g. Water Heptane Acetone, b e n z e n e , chloroform, d i o x a n e , ethyl a c e t a t e , ethanol, xylene
Uses: Polymers of this t y p e are suggested for use in applications requiring heat and chemical resistance. Triallyl cyanurate is especially adaptable t o use in laminating compositions; and i t is suggested that i t s use in casting, molding, coating, and adhesive appli cations be investigated.
