Development of Optical Device Housing Compacted Using SUS304L Granulated Powders

Hironori Suzuki; Toshihiro Hara; Yukinobu Ogino; Yasushi Sato; Yo Tomota

doi:10.4028/www.scientific.net/MSF.534-536.269

Paper Titles

Densification and Conolidation of Powders by Equal Channel Angular Pressing
p.253

Densification Behavior of Iron Powder during Cold Stepped Compaction
p.257

Densification Mechanism of Warm Compaction for Iron-Based Powder Materials
p.261

Development of High Strength Sintered Steel by High Pressure Warm Compaction Using Die Wall Lubrication
p.265

Development of Optical Device Housing Compacted Using SUS304L Granulated Powders
p.269

Effect of Polymer Compatibility on the Binder Migration during Spray Drying and Compaction Behavior
p.273

Fabrication of Continuously Porous t-ZrO₂ Bodies Using Carbon Powder and Evaluate Their Biocompatibility
p.277

Fabrication of Rod type Cu₅₄Ni₆Zr₂₂Ti₁₈ Bulk Amorphous Alloy by Warm Extrusion Process
p.281

Flow Patterns in Green Bodies Made by High-Speed Centrifugal Compaction Process
p.285

HomeMaterials Science ForumMaterials Science Forum Vols. 534-536Development of Optical Device Housing Compacted...

Development of Optical Device Housing Compacted Using SUS304L Granulated Powders

Abstract:

In order to develop the SUS304L housing by powder metallurgy for an optical device useful for the FTTH communication system, the optimum compacting pressure and sintering temperature were investigated using granulated powder as the material to satisfy high air-tightness and high laser-weldability. Then the laser-welding test of specimen made under the optimum condition was carried out to observe welding sputters.