 |
The detailed information of the injection mold is as follows:
| Mold Material | S50C, XPM, 718H, etc. |
| Standard Parts | PUNCH, MISUMI, etc. |
| Mold Base | Self-Made |
| Cavity Number | 1X8 |
| Injection Machine Tonnage | 350T |
| Mold Life | 300,000 shots |
 | 1.Multi-cavity molding with smooth four-side angled lifter ejection GreeDaikinMold employs mold temperature controllers for mold matching to simulate actual molding conditions, effectively preventing ejection jams and burning risks caused by multiple angled lifters in multi-cavity molds. |
| 2.Optimized gate and runner design based on CAE pressure analysis Through CAE-driven pressure evaluation, we determine optimal gate and runner dimensions to prevent mold damage from excessive molding pressure. |
| 3.Balanced filling achieved through precise hot runner layout and temperature control Our strategic hot runner system arrangement and accurate temperature regulation ensure perfect filling balance even in multi-cavity molding applications. |
 | The product surface is no lack of material and no burrs, and the filling is balanced |
| The inclined top of the multi-hole cross-flow fan blade can be ejected smoothly without getting stuck |
| Short cycle |
| Meet customers needs |
DESGIN
SAMPLE
As a joint venture mold manufacturer established by Gree and Daikin – both Fortune Global 500 companies – GreeDaikinMold possesses extensive expertise in cross-flow fan blade mold production. We have developed mature, stable technologies and manufacturing processes to overcome these technical hurdles.
The detailed information of the injection mold is as follows:
| Mold Material | S50C, XPM, 718H, etc. |
| Standard Parts | PUNCH, MISUMI, etc. |
| Mold Base | Self-Made |
| Cavity Number | 1X8 |
| Injection Machine Tonnage | 350T |
| Mold Life | 300,000 shots |
| 1.Multi-cavity molding with smooth four-side angled lifter ejection GreeDaikinMold employs mold temperature controllers for mold matching to simulate actual molding conditions, effectively preventing ejection jams and burning risks caused by multiple angled lifters in multi-cavity molds. |
| 2.Optimized gate and runner design based on CAE pressure analysis Through CAE-driven pressure evaluation, we determine optimal gate and runner dimensions to prevent mold damage from excessive molding pressure. |
| 3.Balanced filling achieved through precise hot runner layout and temperature control Our strategic hot runner system arrangement and accurate temperature regulation ensure perfect filling balance even in multi-cavity molding applications. |
| The product surface is no lack of material and no burrs, and the filling is balanced |
| The inclined top of the multi-hole cross-flow fan blade can be ejected smoothly without getting stuck |
| Short cycle |
| Meet customers needs |
DESGIN
SAMPLE
As a joint venture mold manufacturer established by Gree and Daikin – both Fortune Global 500 companies – GreeDaikinMold possesses extensive expertise in cross-flow fan blade mold production. We have developed mature, stable technologies and manufacturing processes to overcome these technical hurdles.
