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    • 1. 发明申请
    • METHOD OF ABRADING A METAL WORKPIECE
    • 降低金属工件的方法
    • US20080155904A1
    • 2008-07-03
    • US11746923
    • 2007-05-10
    • Scott W. PetersonDennis G. WelyganLouis S. MorenScott R. CullerDean H. Mewes
    • Scott W. PetersonDennis G. WelyganLouis S. MorenScott R. CullerDean H. Mewes
    • B24D3/34
    • B24B1/00B24B55/02B24D11/00
    • A method of abrading a metal workpiece including contacting a metal workpiece with an abrasive article, wherein the abrasive article includes a flexible waterproof backing having a first surface bearing a cured primer coating; and a plurality of shaped structures, each structure having a distal end spaced from said backing and an attachment end attached to the primer coating on the backing, said shaped structures including a mixture of abrasive particles and cured particulate binder, wherein the metal workpiece is contacted with the distal ends of the shaped structures to form an abrading interface; moving the abrasive article relative to the metal workpiece while providing sufficient force between the metal workpiece and the distal ends of the shaped structures of the abrasive article to abrade the metal workpiece; and applying liquid coolant proximate the abrading interface.
    • 一种研磨金属工件的方法,包括使金属工件与磨料制品接触,其中所述磨料制品包括具有固定底漆涂层的第一表面的柔性防水背衬; 以及多个成形结构,每个结构具有与所述背衬间隔开的远端和连接到背衬上的底漆涂层的附接端,所述成形结构包括磨料颗粒和固化颗粒粘合剂的混合物,其中金属工件被接触 与成形结构的远端形成研磨界面; 相对于金属工件移动磨料制品,同时在金属工件和磨料制品的成形结构的远端之间提供足够的力以磨擦金属工件; 并在研磨界面附近施加液体冷却剂。
    • 2. 发明申请
    • METHOD OF ABRADING A ZIRCONIUM-BASED ALLOY WORKPIECE
    • 基于ZIRCONIUM的合金工件的方法
    • US20080160879A1
    • 2008-07-03
    • US11746934
    • 2007-05-10
    • Scott W. PetersonDennis G. WelyganLouis S. MorenScott R. CullerDean H. Mewes
    • Scott W. PetersonDennis G. WelyganLouis S. MorenScott R. CullerDean H. Mewes
    • B24B1/00
    • B24B5/04B24B1/00B24D11/00
    • A method of abrading a zirconium-based alloy workpiece including the steps of contacting a zirconium-based alloy workpiece with an abrasive article, wherein the abrasive article includes a flexible waterproof backing having a first surface bearing a cured primer coating; and a plurality of shaped structures, each structure having a distal end spaced from said backing and an attachment end attached to the primer coating on the backing, said shaped structures comprising a mixture of abrasive particles having a Knoop hardness greater than 2,200 kg/mm2 and cured particulate binder, wherein the metal workpiece is contacted with the distal ends of the shaped structures to form an abrading interface; moving the abrasive article relative to the metal workpiece while providing sufficient force between the metal workpiece and the distal ends of the shaped structures of the abrasive article to abrade the metal workpiece; and applying liquid coolant proximate the abrading interface.
    • 一种研磨锆基合金工件的方法,包括使锆基合金工件与磨料制品接触的步骤,其中磨料制品包括柔性防水背衬,其具有固定底漆涂层的第一表面; 以及多个成形结构,每个结构具有与所述背衬间隔开的远端和附接到背衬上的底漆涂层的附接端,所述成形结构包括具有大于2200kg / mm 2的Knoop硬度的磨料颗粒的混合物, 并且固化的颗粒粘合剂,其中金属工件与成形结构的远端接触以形成研磨界面; 相对于金属工件移动磨料制品,同时在金属工件和磨料制品的成形结构的远端之间提供足够的力以磨擦金属工件; 并在研磨界面附近施加液体冷却剂。