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Application of diffusion bonding to the manufacture of ink jet printer heads

机译:扩散键合在喷墨打印机头的制造中的应用

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Industrial Ink jet printer heads have a number of submillimetric channels arranged along a well defined design in a small volume. Solid state diffusion bonding is investigated to bond in a single cycle and with a high degree of precision several metal foils in which 2D flow patterns are selectively etched or laser cut. Our approach may be considered original in a few respects: - diffusion bonding is carried without a hot press but makes use of the differential thermal expansion - between the metallic foils and the TZM molybdenum tooling, - low diffusion bonding temperatures are used, less than 900°C,- the preparation of the faying surfaces is kept minimal and the atmosphere is inert or slightly reducing. No bonding difficulties were identified with nitrogen or with residual oxygen in the furnace An example is presented where the dimensions are 34 × 20 × 1,5 mm with 8 jet outlets and 6 austenitic stainless steel foils, (between 75 and 500 jam thick). The microstructural evolution and the defect issues are discussed. The operating performance of such a concept is satisfactory and leads the way to thinner and more complex designs.
机译:工业喷墨打印机头部有许多沿着较小的尺寸设计设计的亚底通道。研究了固态扩散键合在单个循环中键合并具有高精度几个金属箔,其中选择性地蚀刻或激光切割2D流动图案。我们的方法可以在几个方面被认为是原始的: - 在没有热压的情况下携带扩散键合,但利用金属箔和TZM钼工具之间的差动热膨胀, - 使用低扩散粘合温度,小于900 °C, - 卸料表面的制备保持最小,气氛惰性或略微减少。没有用氮气鉴定粘合困难,或者在炉中用残余氧来鉴定,其中尺寸为34×20×1.5mm,具有8个喷射出口和6个奥氏体不锈钢箔,(厚度为75到500℃之间)。讨论了微观结构演化和缺陷问题。这种概念的操作性能是令人满意的,导致更薄和更复杂的设计方式。

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