Company
Stable mold temperature system
Specifications
Schematics
Effective air circuit system
Comparison sheet
| Comparison Sheet | Thermal Oil Heating | Electrical Heating |
|---|---|---|
| Equipment Cost | High | Low |
| Power Consumption | High | Low |
| Electrical Heater | Complicated | Simple |
| Environment Impact | Oil Mist | Clean |
Filling temperature
| Filling Temperature (ﾟC) | Cold/Hot Fill | Type | Production (BPH) | Description |
|---|---|---|---|---|
| 65-68 | Cold Fill | EM08S | 7500-8000 | Mold (by Chiller) |
| 70-75 | Hot Fill | EM08SH | 6500-7500 | Mold (by Electrical Heater) |
| 80-85 | Hot Fill | EM08SH | 5500-6500 | Mold (by Electrical Heater) |
| 85-90 | Hot Fill | EM08SH | 4000-5000 | Mold (by Electrical Heater) |
Blowing mold heating by electrical heating method
Professional finite element analysis software combines with power electrical heating rod configuration design for electrical heating rods analysis, observation heated mold cavity surface temperature distribution.
Stable mold temperature system
Employ the high precision high-pressure blowing valve featuring excellent adaptability to air source and long service life. The valve also provide air recovery function to eliminate the use of low-pressure air compressor or supply the use of booster. The recovered air can be reused for operating pressure. It saves equipment investment cost and energy consumption by 15%.