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    • 9. 发明申请
    • DRYING METHOD FOR CERAMIC GREEN WARE
    • 陶瓷绿色干燥方法
    • WO2011163338A1
    • 2011-12-29
    • PCT/US2011/041410
    • 2011-06-22
    • DOW GLOBAL TECHNOLOGIES LLCCLARK, Terence, J.O'BRIEN, James, J.
    • CLARK, Terence, J.O'BRIEN, James, J.
    • F27D5/00B28B11/24F26B3/06F26B15/14
    • B28B11/243B28B11/248F26B25/185F26B2210/02F27D5/0031
    • The present invention is directed to a method comprising a) placing wet ceramic greenware body (36) on a carrying structure, and b) exposing the wet ceramic greenware body (36) to conditions such that the liquid carrier in the ceramic greenware body (36) is substantially removed; wherein the carrying structure contains a carrying sheet (28) comprising a material which, retains its shape under drying conditions, the carrying sheet (28) having two flat parallel faces and a plurality of walls (31) perpendicular to the flat parallel faces wherein the walls (31) form a plurality of flow passages (32) communicating between the two faces wherein the largest distance between any two walls (31) in the carrying sheet (28) is about 6 mm or less and the walls (31) have a sufficient thickness to support the wet ceramic greenware body (36) under drying conditions without deforming and the area of the flow passages (32) measured parallel to the two faces is from about 60 to about 90 percent by volume.
    • 本发明涉及一种方法,包括:a)将湿陶瓷生坯体(36)放置在承载结构上,以及b)将湿陶瓷生坯体(36)暴露于使得陶瓷生坯体(36)中的液体载体 )基本上被除去; 其特征在于,所述承载结构包括承载板(28),所述承载板包括在干燥条件下保持其形状的材料,所述承载板具有两个平坦平行面的承载板(28)和垂直于所述平行平行面的多个壁(31) 壁(31)形成在两个面之间连通的多个流动通道(32),其中承载板(28)中的任何两个壁(31)之间的最大距离为约6mm或更小,并且壁(31)具有 足够的厚度以在没有变形的干燥条件下支撑湿陶瓷生坯体(36),并且平行于两个面测量的流动通道(32)的面积为约60至约90体积%。