1.The feeding system has multiple safety devices to ensure reliable feeding process.
2.Using continuous preform feeding system;
3.Using a linear structure which is from transportation to heating, stretching and blow molding;
4.All-electric interlocking structure ensures high-speed operation and precise positioning of the machine;
5.Modular design and easy maintenance;
6.Save costs and increase competitiveness;
7.Increased energy efficiency;
8.Man-machine interface control;
9.Configuring gas recovery unit;
10.Increase production capacity per unit time by 30-35%;
11.Power consumption savings of 5-10%, gas consumption savings of 20-25%;
12.Low energy consumption, low maintenance, low wear and low pollution;
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Technical parameters:
Product Specification | Max bottle volume | 2 L |
Max preform neck size | 100 mm | |
Max product diameter | 180 mm | |
Max product height | 300 mm | |
Cavity | 2 cavities | |
Blow molding part | Clamping force | 100 KN |
Die stroke | 270 mm | |
Max. Mould size | 390*345 mm | |
Mould thickness | Adjustable | |
Mould space | 300 mm | |
Max stretch stroke | 400 mm | |
Output | 1000 BPH | |
Dimension | 1460*580*1800mm | |
Weight | 650 kg | |
Oven | Temperature grade(rate) | 8 |
Heating time(s) | 90-200s | |
Voltage(V) | 220 V | |
Frequency(HZ) | 50/60 | |
Total power | 16 kW | |
Oven dimension | 1350*550*1150mm | |
Oven weight | 300 KG |