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    • 2. 发明公开
    • Surface temperature control system
    • 表面温度控制系统
    • EP0164259A3
    • 1987-12-16
    • EP85303900
    • 1985-06-03
    • Holden, Scott C.Border, John N.Suh, Nam P.
    • Holden, Scott C.
    • B29C33/02B29C33/56F16L59/00
    • B29C33/56B29C33/02F16L59/00G05D23/19
    • A thermally-insulating layer (23) is applied to the inner surface of a mold wall (10) to control the heating and cooling of the mold. Its thickness and thermal properties are chosen so that at least half the temperature drop across the mold wall is in the surface layer. To increase the thermal insulation hollow spheres (24) are included in the layer. Graphite fibres (25A) provide reinforcement against cracking due to thermal cycling. In the case shown they form a conductive matfor electrical resistance heating of the layer but the layer is also useful when the heat comes from the material introduced into the mould. A thin fibrous paper layer (26) can be included in addition.
    • 将绝热层(23)施加到模具壁(10)的内表面,以控制模具的加热和冷却。 选择其厚度和热性质,使得跨越模具壁的至少一半的温度下降在表面层中。 增加绝热中空球体(24)包括在层中。 石墨纤维(25A)由于热循环而提供加强抗裂纹。 在所示的情况下,它们形成用于该层的电阻加热的导电垫,但是当来自引入模具的材料的热量时该层也是有用的。 另外还可以包括薄的纤维纸层(26)。