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Features and Advantages of Plastic Water Tank Blow Molding Machine
- High Degree of Automation: Theplastic water tank blow molding machine adopts PLC control system and touch screen operation. All technical settings, viewing, retrieval, monitoring fault diagnosis and other functions can be viewed on the touch screen. No-contact working principle, all components are durable.
- Hydraulic System: Proportional pressure control, using Taiwan’s top brand hydraulic components, stable and reliable.
- Plasticizing System: high-efficiency plasticizing screws to ensure sufficient plasticity.
- Adjustment system: The speed reduction box adopts ten-alloy steel hard tooth surface, which is stable and has low noise.
- Mold Clamping System: The central mold clamping system ensures long-term use. The clamping force of the mold is equal to the deformation. We adopt a translation mode mechanism with high precision, small resistance and fast speed.
- Pin Blowing rack: The whole uses a ruler-shaped blowing pin rack, which is firmly shifted to ensure a smooth neck of the product.
- Efficient Production: The air circulation is only 9.5 times larger, and the cooling runoff makes the blow molding products have better molding effect and faster cooling speed.
Control System
- The plastic water tank blow molding machine uses PLC for centralized control and monitoring of each subsystem to achieve automated production. The operation is simple and convenient.
- The plastic water tank blow molding machine integrates MOOG’s servo proportional valve and DCDT to control the stroke position to ensure precise control of the mold opening position on the blow molding machine.
Extrusion System
The performance of the extrusion system has an important impact on the overall performance and production efficiency of the blow molding machine. The screw material is made of 38CrMoAIA. The raw materials are refined through modulation, nitriding, polishing and other processing techniques. The screw control system can adjust the amount of plastic extruded and the extrusion speed by controlling the screw speed and screw movement.
Hydraulic System
- Adopting proportional servo control technology, it has fast response, low energy consumption, low heat generation, and is the leading energy-saving technology in the country.
- The mold closes to have one-way throttling, the mold moves downward to have one-way throttling, the blow pin lowers to have one-way throttling, and the die head lifts to have one-way throttling. The action is reliable and stable.
Electrical System
- A special computer is used for extrusion blow molding and PLC control. Time, pressure, temperature and other parameters can be adjusted. There are also alarm inquiries, etc. The system can be adapted to a variety of functions.Note: If you replace the heater or connect the heater, the power supply must be cut off!
- The blow molding machine uses imported electrical components such as Siemens and Schneider, which has a long service life.
Application Range of Plastic Water Tank Blow Molding Machine
Large water tanks have a variety of uses in different fields and applications. Here are some possible uses for large water tanks:
Water Storage: Large water tanks are mainly used to store large amounts of water resources. This kind of water tank can be used in urban water supply systems, industrial water supply, agricultural irrigation, etc. to meet various water needs.
Fire Emergency: Large water tanks are used for fire emergencies in urban buildings or industrial areas. The water tank can store enough water to ensure that in the event of a fire, the water source needed to extinguish the fire can be quickly provided.
Industrial Manufacturing: In some industrial processes, large water tanks are used to store raw materials, intermediates, or final products. These water tanks can be used in chemical, pharmaceutical, food processing and other industries.
Water Treatment: Large water tanks can be used to store water to be treated for water treatment processes such as filtration, purification, disinfection, etc. This is critical in providing clean drinking water or industrial water.
Agricultural Irrigation: Large water tanks can store rainwater or other water sources for agricultural irrigation. This helps ensure that farmland receives adequate water during dry seasons.
Wastewater Treatment: In wastewater treatment plants, large tanks can be used to store and treat wastewater. This helps balance the workload on the treatment system and ensures continuous wastewater treatment.
Environmental Protection: Large water tanks can be used to protect the environment, such as in flood control and river management. By storing large amounts of water, river levels can be regulated and the effects of flooding can be mitigated.
Energy Production: In some hydroelectric power stations, large water tanks are used as part of the energy storage system. The water in the tank can be released when needed, driving a turbine generator to generate electricity.
