NAGAMINE MANUFACTURING CO.,LTD
1725-26, kishinoue,Manno-cho, Nakatado-gun, Kagawa, Japan
|PR message||We are providing ceramic honeycomb catalyst and ceramic injection molding parts using our mold and die technology. We will exhibit extrusion die for honeycomb structure, the ultrafine ceramic honeycomb structure of world's smallest class, and ceramic molding parts using fused deposition modeling. We are looking forward to you visit our booth.|
|The Main Item||
Extrusion die for honeycomb structure, ceramic micro honeycomb, ceramic injection moldings
|The name of Item||Micro ceramic honeycomb|
We developed ultrafine ceramic honeycomb structure which have cell density of 13,000cpi. (The world's smallest class) We will exhibit honeycomb catalyst/structure and extrusion die at the booth.
|The name of Item||Extrusion die for molding honeycomb structure|
|Details||Extrusion die for molding honeycomb structure. The minimum slit width is 0.07 mm and the cell density is 1200 cells/inch^2. In addition to square lattices, hexagonal lattices and deformed lattices can be constructed.|
|The name of Item||Ceramic injection molding|
We produce precision mold and ceramic compound for our injection molding technology. It makes precision and fine molding which is not obtained by mechanical processing. We have produced a nozzle of hole diameter 0.005mm with a minimum.
|The name of Item||3D ceramic modeling|
We developed the new additive manufacturing technology of ceramics. We model the 3D structure of ceramic directly from the 3D shape data by using 3D printer and the filament(made in our factory).
|The name of Item||Conductive Ceramics/Piezoelectric Ceramics|
|Details||We have various ceramic materials as follows. Piezoelectric ceramics (PZT), conductive zirconia/alumina ceramics, visible light shielding ceramics, etc. We can produce fine parts of each material using our injection molding technology.|
|The name of Item||Metal porous body|
Metal porous body is spongelike metal material which have continuous pores with porosity of over the 80%. It diffuse the gas or fluid efficiently. We can produce porous body of SUS, Ti, Cu, etc.
A. MOLDS, MOLD MATERIALS
M. PROTOTYPE, MODELING, 3D PRINTING
N. PARTS PROCESSING TECHNOLOGY