| abstract |
The present invention uses a compound grafted with maleic anhydride (MA) to synthetic rubber or an olefin resin as a sole substrate, or a mixed composition in which other resin is mixed with the grafted compound. A thermally reversible crosslinkable elastomer composition, wherein the reactive amine compound and the metal oxides added to the base material form hydrogen bonding and ionic interaction between rubber or olefinic molecules, and The present invention relates to a method for producing an elastomer using the same, which has elasticity and mechanical properties similar to those of a crosslinked rubber, and exhibits thermo-reversible crosslinking due to heat. When it is heated, it can be melted again and revulcanized. It is possible to continuously process and produce by reusing general thermoplastics or rubber processing equipment such as injection molding machine, calender, etc. It has the advantages of excellent mechanical properties as well as elastic recovery ability. It is an advantage.n n n n Thermoreversible Rubber, Maleic Anhydride, Graft, Synthetic Rubber, Olefin Resin, Reactive Amine Compound, Metal Oxide, Hydrogen Bond, Ion Bond, Recycling, Elasticity, Elasticity Resilience |