Exothermic material for microwave oven


PURPOSE: To enable the application of a burn trace on a food, and adjustment of heating and heat radiation by laminating a thin paper layer on the exothermic layer or heat resisting sheet side of a heat resisting sheet, and further laminating a thick sheet layer having many holes onto the aforesaid thin paper layer. CONSTITUTION: A thin sheet layer 3 comprising high quality paper having weight of 15 to 200g/mm 2 is pasted to the side of a heat resisting sheet 2 of the laminate of an exothermic layer 1 and the heat resisting sheet 2 via a heat resisting adhesive layer 6 made of an urethane adhesive, thereby constituting an exothermic material body. A paper layer 4 comprising 0.3 to 2mm thickness cardboard has many circular holes 5 over the entire surface thereof and the numerical aperture of the holes 5 is set at 3 to 80%. The aforesaid paper layer 4 is pasted to the side of the thin paper layer 3 of the exothermic material body via a heat resisting adhesive layer 7 made of a urethane adhesive, thereby forming an exothermic material for a microwave oven. This exothermic material is placed within a microwave oven and a food, for example, a rice cake is placed thereon for heating and drying. Then, it is ensured to apply a trace of burn on the food. Also, the thickness of the thick paper layer 4 and the numerical aperture of the holes 5 can freely be selected and set, thereby enabling the arbitrary adjustment of heating and heat radiation. COPYRIGHT: (C)1991,JPO&Japio




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Cited By (4)

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    JP-2002186470-AJuly 02, 2002Dainippon Printing Co Ltd, 大日本印刷株式会社Method for packing frozen and chilled food
    JP-2012508660-AApril 12, 2012グラフィック パッケージング インターナショナル インコーポレイテッドサセプタ構造体
    KR-100893002-B1October 23, 2008주식회사 마프로Insulation Film and Method of Manufacturing The Same
    US-9162428-B2October 20, 2015Graphic Packaging International, Inc.Susceptor structure