|
|
 | | 22/10/2008 – By cooperation of IB STEINER and ARBURG, the new technology EXJECTION®is now available for ALLROUNDERs. The innovative procedure has been developed by IB STEINER and the Hybrid Composites Products GmbH in Spielberg, Austria. Herewith, thin-walled and structured parts made of tough flowing thermoplastics can be produced on injection moulding machines. End-domes and functional geometries are at the same time formed at profile.
|  |
|
During the injection of the melt the mould cavity is moved normally to the machine axis. Simultaneously the cavity is gently filled by the injected melt. A pressure profile forms in the forming component assuring a defined melt compression and the required packing pressure. Characteristics of the EXJECTION®technology are avoidance of weld lines and little internal stress over total part length.
|  |
|
| | Production of parts with large dimensions on injection moulding machines with small clamping unit | | | A minimum of required process pressure (Minimum need of clamping force at low process pressures) | | | Significant reduction of production costs | | | Avoidance of weld lines | | | The most gentle processing of the melt | | | Very low levels of molecular orientations and internal stresses | |  |
|
| | U-profile with ribs and end-domes | | | Cable duct with a length of 4 meters | | | Water drain channel out of PP with a length of 3 meters | | | Cable binder made of PEEK with a length of 1,5 m | | | Furniture profile with textile decoration or aluminium decor | | | An entrance ledge with metallic effect pigmentation | | | A lamp cover with uniform scaffered light |
|  |
|
| | |
| |  |
|
|