High toughness self-cooling refrigerating gel pad and application thereof

The invention relates to a high toughness self-cooling refrigerating gel pad and an application of the high toughness self-cooling refrigerating gel pad. The gel pad consists of inside gel and an outside gasket. The inside gel is formed by injecting a polymerizable functional monomer, biomacromolecules, a chemical cross-linking agent, a physical cross-linking agent, a filler, a preservative and a water-retaining agent dissolved in water into a mould under an oxidative-reductive initiating system. The outside gasket is a PVC (Polyvinyl Chloride) film or an aluminum foil film. The high toughness self-cooling refrigerating gel pad is characterized in that a physical and chemical compound cross-linking system is adopted so that the high toughness self-cooling refrigerating gel pad has the functions of cooling, refreshing and radiating. The gel pad provided by the invention can partially replace air conditioners, water-pillows, ice crystal gaskets, jade pads, bamboo and grass summer sleeping mats and the like. The gel pad can be applied to the fields of cooling mats for bed, afternoon nap pillows in office, cushions of automobiles, sofa or the like, mattresses, cup pads, radiating pads for notebook computers, cooling pads for pets and the like.