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    • 2. 发明申请
    • Coated Facer
    • 涂层面
    • US20090202716A1
    • 2009-08-13
    • US12193840
    • 2008-08-19
    • Dale A. GroveDavid R. Hartman
    • Dale A. GroveDavid R. Hartman
    • B05D1/38
    • D06N7/00B32B13/14D06N3/0063D06N3/042D06N3/045D06N2205/04Y10T442/102Y10T442/133Y10T442/148Y10T442/153Y10T442/159Y10T442/171Y10T442/172Y10T442/174Y10T442/178Y10T442/2861Y10T442/2992
    • A gypsum or foam facer is formed by the direct in-line or off-line coating of a pre-impregnated, fibrous network matting with a secondary binder system. The pre-impregnated fibrous network is preferably formed of a randomly oriented wet use chop strand fiber material impregnated with a modified urea-formaldehyde binder system. The secondary binder system preferably consists of low glass transition acrylic or styrene-butadiene-rubber resin filled predominantly with fillers combined with a plate like reinforcement or fibrous reinforcement. In an alternative embodiment, a low basis secondary veil is layered onto the fibrous network matting with or without the secondary binder system to improve softness and decorative appearance of the formed gypsum board. In another preferred alternative embodiment, a plurality of high aspect ratio particles may be introduced to the binder prior to introduction of an optional secondary binder resin to also improve the softness and decorative appearance of gypsum board.
    • 通过直接在线或离线涂覆具有辅助粘合剂体系的预浸渍的纤维网状网来形成石膏或泡沫面。 预浸渍纤维网优选由浸渍有改性脲 - 甲醛粘合剂体系的随机取向的湿用剁丝纤维材料形成。 次级粘合剂体系优选由主要由填料与板状增强材料或纤维增强剂组合填充的低玻璃化转变丙烯酸或苯乙烯 - 丁二烯 - 橡胶树脂组成。 在替代实施例中,将低基础二次面纱层叠到具有或不具有辅助粘结剂体系的纤维网状物上,以改善形成的石膏板的柔软度和装饰性外观。 在另一个优选的替代实施例中,在引入任选的次级粘合剂树脂之前,可以将多个高纵横比的颗粒引入到粘合剂中,以改善石膏板的柔软度和装饰性。
    • 10. 发明授权
    • Continuous in-line system for producing high temperature glass fiber materials
    • 连续生产高温玻璃纤维材料的在线系统
    • US06810693B1
    • 2004-11-02
    • US09333356
    • 1999-06-15
    • David R. HartmanWilliam C. BradyDavid V. StotlerSusan M. Pierik
    • David R. HartmanWilliam C. BradyDavid V. StotlerSusan M. Pierik
    • C03B3708
    • C03B37/08C03B37/02C03B37/083
    • The invention relates to an in-line process for producing high-temperature stable glass. A sizing composition is advantageously used to reduce plasticizing between the resinous matrix and the glass fibers. The in-line process uses a melter or furnace apparatus, including a top charging and melting section and an intermediate flow regulator section having a baffle system improving the heat pattern across the glass flow, and a bushing having a tip plate for receiving molten glass from a furnace. The bushing has an enlarged size that allows drawing of a significantly increased number of glass fibers at one time. The fibers have essentially no catenary and may be wound to create a tightly wrapped package of glass fibers of uniform exterior diameter throughout their width. High-strength, high-silica fiber made according to the invention may be advantageously used in filament-winding, pultrusion and weaving processes.
    • 本发明涉及用于生产高温稳定玻璃的在线方法。 上浆组合物有利地用于减少树脂基质和玻璃纤维之间的塑化。 在线方法使用熔化器或炉装置,包括顶部充填和熔化部分以及具有改善跨过玻璃流的热图案的挡板系统的中间流量调节器部分,以及具有用于接收熔融玻璃的顶板的衬套 一炉 衬套具有一个放大的尺寸,允许一次拉伸显着增加的玻璃纤维数量。 纤维基本上没有悬链线并且可以被卷绕以在整个宽度上形成具有均匀外径的玻璃纤维的紧密包裹的包装。 根据本发明制备的高强度,高二氧化硅纤维可有利地用于纤维缠绕,拉挤和织造过程中。