Expanded natural rubber was vulcanised using different techniques to obtain various types of crosslinking including flexible and rigid sulphur and peroxide linkages. Stress-strain measurement based on the Mooney-Rivlin equation was utilised to determine overall crosslink density of the rubber. The expanded NR vulcanisates produced were then characterised with respect to the apparent density and swelling behaviour, these properties being found to be dependent not only on the degree of crosslinking, but also on the type of chemical structure of the crosslink. This was also a suggestion that swelling behaviour was related to apparent foam density.
DuttaA.CakmakM., Foaming of Vulcanised PP/EPDM Blends Using Chemical Blowing Agents, Rubb. Chem. Tech., 65, (1992), 778-791
6.
SimsG.L.A.SombatsompopN., Pulverised Flexible Polyurethane Foam Particles as a Filler in Natural Rubber Vulcanisates, Cell. Polym., 15 (2), (1996), 90-104
7.
SombatsompopN.TanM.C.WoodA.K., Flow Analysis of a Natural Rubber in a Capillary Rheometer: Part 1: Rheological Behaviour and Flow Visualisation in the Barrel, Polym. Eng. Sci., 37 (2), (1997), 270-280
8.
SombatsompopN., Analysis of Cure Characteristics on Crosslink Density &Type Viscoelastic Properties of Natural Rubber, Polym. Plast. Technol. Eng., 37 (3), (1998), 333-349
9.
SombatsompopN., Investigation of Swelling Behaviour of NR Vulcanisates., Polym. Plast. Technol. Eng., 37 (1), (1998), 19-39
10.
SombatsompopN.ChristodoulouK.J., Penetration of Aromatic Hydrocarbons into Natural Rubber, Polym. &Polym. Comp., 5 (5), (1997), 377-386
11.
SimsG.L.A.AngusM.W., Recycling of Automotive Foam/Fabric Laminates by Incorporation into Rebonded Polyurethane Foam., Cell. Polym., 15 (6), (1996), 436-449
