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    • 6. 发明授权
    • Metal plating on plastics
    • 塑料镀金
    • US4520046A
    • 1985-05-28
    • US510428
    • 1983-06-30
    • John E. McCaskieChris Tsiamis
    • John E. McCaskieChris Tsiamis
    • C23C18/28H05K3/18H05K3/38C23C3/02
    • C23C18/28H05K3/181H05K3/381
    • A simple and highly effective process for preparing the surface and plating a plastic or elastomer material is disclosed by the present invention.A uniform, highly adherent metal layer is deposited by the claimed process. The surface of the materials to be plated is prepared by exposure to a gas etch atmosphere and activation of the etched surface by providing a metal colloid thereon. Another aspect relates to the use of a one-step or two-step conditioner treatment in the process for improved results.After the surface preparation and activation, a desired metal coating can be electroless metal plated in a conventional manner.
    • 本发明公开了一种用于制备表面和镀覆塑料或弹性体材料的简单且高效的方法。 通过要求保护的方法沉积均匀的,高附着的金属层。 要镀覆的材料的表面通过暴露在气体蚀刻气氛中并通过在其上提供金属胶体来激活蚀刻表面来制备。 另一方面涉及在该方法中使用一步或两步调理剂处理以获得改进的结果。 在表面制备和活化之后,所需的金属涂层可以以常规方式进行无电金属镀覆。
    • 10. 发明授权
    • Electroplated gold-copper-silver alloys
    • 电镀金 - 铜 - 银合金
    • US5256275A
    • 1993-10-26
    • US869244
    • 1992-04-15
    • William R. Brasch
    • William R. Brasch
    • C25D3/56C25D3/62C25D5/08C25D5/18
    • C25D3/62
    • A solution for electroplating gold-copper-silver alloys. The solution comprises gold, copper and silver, each in the form of a cyanide complex. The solution further comprises a divalent sulfur compound capable of brightening and leveling the electroplated deposit of the gold-copper-silver alloy. Optionally, a source of cyanide ions such as a free alkali cyanide, is included in the solution. In addition, additives such as surface active agents, buffers and/or conductivity salts may also be included to impart a particular feature or characteristic to the solution. The invention additionally comprises a process for electroplating up to about 20 microns of a gold-copper-silver alloy upon a substrate utilizing these novel solutions. The alloy is deposited upon a substrate which is immersed in the solution, by electroplating at a current density of between about 1 and 15 ASF, a pH of between about 8-11 at a temperature of between about 100.degree.-170.degree. F. for a time sufficient to obtain the desired thickness. Improved brightness results are obtained with the process of the invention by manipulating the electroplating current.