SINOTECH STD-1000L IBC Tank Extrusion Blow Moulding Machine
The characteristics of 1000 Liters Plastic Water Tank Container Making Machine:
Excellent materials:
The key components of Sinotech Machinery's Water Storage Tank Blow Molding Machine, such as the screw center shaft and cylinder, are often made of 38CrMoAlA chromium, molybdenum, and aluminum alloys treated with nitrogen. This material has the advantages of high thickness, corrosion resistance, and wear resistance, ensuring the long-term stable operation of the equipment.
Reasonable structural design:
The chrome-plated design of the die head makes the blown film smoother and ensures the uniformity of the output gas. The lifting unit adopts a square frame platform structure, and its height can be automatically adjusted according to different technical requirements, which increases the flexibility and adaptability of the equipment.
Multi-layer co-extrusion technology:
Sinotech Three Layers Container Making Machine can achieve co-extrusion production from single to three layers to meet the diverse product needs of different users. Customers can also customize according to actual needs, further improving the flexibility of the equipment.
Accurate wall thickness control:
The 1000L IBC Tank Manufacturing Machine is equipped with a Parison wall thickness control system and an adjustable die and core rod, which can optimize the wall thickness of the product, save plastic raw materials and reduce costs.
High production efficiency:
The Plastic IBC Tank Blow Molding Machine adopts a multi-layer multifunctional structure design, which helps to improve production efficiency. Products produced by multi-layer technology have better quality, higher strength, more stable performance, and longer service life.
Excellent product quality:
The products have high thickness, corrosion resistance, and wear resistance, and can replace some ceramic containers. In addition, multi-layer blow molding machine products also have high chemical resistance, the ability to prevent harmful substances and gas penetration, and pressure resistance.
Easy operation:
The unloading equipment adopts peeling rotation equipment and center rotation equipment, and is equipped with a torque motor to adjust the film smoothness for easy operation.
Convenient maintenance:
The parison head of the HDPE IBC 1000L Barrel Extrusion Blow Molding Machine can be equipped with a visual line device to facilitate observation of the production process. At the same time, the design of the diverter shuttle or heart-shaped curve mandrel makes color change more convenient and reduces the difficulty of later repairs and maintenance.
Detailed Description
Electronic control system: Japanese Mitsubishi PLC computer and human interface (Chinese or English) control, color touch operation screen operation, modular temperature empty basin. All Process Settings, changes, retrieval, monitoring, fault diagnosis, and other functions are implemented on the touch screen without point contact working principle and components are durable. | ![]() |
Hydraulic system: proportional pressure control, equipped with imported brand hydraulic valve and oil pump, stable and reliable. | ![]() |
Plasticization system: high-efficiency plasticizing and mixing screws, ensure the plasticization is sufficient and even. | |
Speed regulating system: variable frequency debugging + alloy steel hard tooth surface reduction box, speed adjustment is stable, energy saving, noise low, durable. | |
Opening and closing mode and moving mode system: large beam arm, three-point and center locking die mechanism to ensure long-term use. The locking force is balanced and not deformed, and adopts the translation mechanism (ball guide rail), with high accuracy, little resistance, and fast speed. | ![]() |
Blow pin rack: the integral Angle ruler type blow needle rack, stable and unmoved, ensures that the incisions are smooth. | ![]() |
SINOTECH STD-1000L IBC Tank Extrusion Blow Moulding Machine
The characteristics of 1000 Liters Plastic Water Tank Container Making Machine:
Excellent materials:
The key components of Sinotech Machinery's Water Storage Tank Blow Molding Machine, such as the screw center shaft and cylinder, are often made of 38CrMoAlA chromium, molybdenum, and aluminum alloys treated with nitrogen. This material has the advantages of high thickness, corrosion resistance, and wear resistance, ensuring the long-term stable operation of the equipment.
Reasonable structural design:
The chrome-plated design of the die head makes the blown film smoother and ensures the uniformity of the output gas. The lifting unit adopts a square frame platform structure, and its height can be automatically adjusted according to different technical requirements, which increases the flexibility and adaptability of the equipment.
Multi-layer co-extrusion technology:
Sinotech Three Layers Container Making Machine can achieve co-extrusion production from single to three layers to meet the diverse product needs of different users. Customers can also customize according to actual needs, further improving the flexibility of the equipment.
Accurate wall thickness control:
The 1000L IBC Tank Manufacturing Machine is equipped with a Parison wall thickness control system and an adjustable die and core rod, which can optimize the wall thickness of the product, save plastic raw materials and reduce costs.
High production efficiency:
The Plastic IBC Tank Blow Molding Machine adopts a multi-layer multifunctional structure design, which helps to improve production efficiency. Products produced by multi-layer technology have better quality, higher strength, more stable performance, and longer service life.
Excellent product quality:
The products have high thickness, corrosion resistance, and wear resistance, and can replace some ceramic containers. In addition, multi-layer blow molding machine products also have high chemical resistance, the ability to prevent harmful substances and gas penetration, and pressure resistance.
Easy operation:
The unloading equipment adopts peeling rotation equipment and center rotation equipment, and is equipped with a torque motor to adjust the film smoothness for easy operation.
Convenient maintenance:
The parison head of the HDPE IBC 1000L Barrel Extrusion Blow Molding Machine can be equipped with a visual line device to facilitate observation of the production process. At the same time, the design of the diverter shuttle or heart-shaped curve mandrel makes color change more convenient and reduces the difficulty of later repairs and maintenance.
Detailed Description
Electronic control system: Japanese Mitsubishi PLC computer and human interface (Chinese or English) control, color touch operation screen operation, modular temperature empty basin. All Process Settings, changes, retrieval, monitoring, fault diagnosis, and other functions are implemented on the touch screen without point contact working principle and components are durable. | ![]() |
Hydraulic system: proportional pressure control, equipped with imported brand hydraulic valve and oil pump, stable and reliable. | ![]() |
Plasticization system: high-efficiency plasticizing and mixing screws, ensure the plasticization is sufficient and even. | |
Speed regulating system: variable frequency debugging + alloy steel hard tooth surface reduction box, speed adjustment is stable, energy saving, noise low, durable. | |
Opening and closing mode and moving mode system: large beam arm, three-point and center locking die mechanism to ensure long-term use. The locking force is balanced and not deformed, and adopts the translation mechanism (ball guide rail), with high accuracy, little resistance, and fast speed. | ![]() |
Blow pin rack: the integral Angle ruler type blow needle rack, stable and unmoved, ensures that the incisions are smooth. | ![]() |
Specifications | Unit | 1000L |
Max.Container Capacity | L | 1000 |
Machine Weight | T | 38 |
Machine Dimension(L*W*H) | M | 7*7.5*5.5 |
Total Power | Kw | 287 |
Average Power Consumption | Kw | 186 |
Die Head | ||
Accumulator Volume | KG | 35 |
Number of Heating Zone | Zone | 11 |
Power of Die Heating | Kw | 88 |
Max. Die-pin Diameter | mm | 450 |
Extruder Unit | ||
Screw Diameter | mm | 100/110/100 |
Screw L/D Ratio | L/D | 25/1 |
Number of Heating Zone | Zone | 13 |
Heating power | Kw | 65 |
Max. Melting Capacity | KG/Hr. | 370 |
Extruder Motor Power | Kw | 30/30/37 |
Clamping Unit | ||
Max.Mold Size(W*H) | mm | 1200*1500 |
Distance Between Platen | mm | 800~2400 |
Platen Size(W*H) | mm | 1500*1500 |
Clamping Force | KN | 800 |
Hydraulic System | ||
Main Oil Pump Power | Kw | 30 |
Servo Oil Pump Power | Kw | 7.5 |
Thickness Control System | Point | 100 |
Specifications | Unit | 1000L |
Max.Container Capacity | L | 1000 |
Machine Weight | T | 38 |
Machine Dimension(L*W*H) | M | 7*7.5*5.5 |
Total Power | Kw | 287 |
Average Power Consumption | Kw | 186 |
Die Head | ||
Accumulator Volume | KG | 35 |
Number of Heating Zone | Zone | 11 |
Power of Die Heating | Kw | 88 |
Max. Die-pin Diameter | mm | 450 |
Extruder Unit | ||
Screw Diameter | mm | 100/110/100 |
Screw L/D Ratio | L/D | 25/1 |
Number of Heating Zone | Zone | 13 |
Heating power | Kw | 65 |
Max. Melting Capacity | KG/Hr. | 370 |
Extruder Motor Power | Kw | 30/30/37 |
Clamping Unit | ||
Max.Mold Size(W*H) | mm | 1200*1500 |
Distance Between Platen | mm | 800~2400 |
Platen Size(W*H) | mm | 1500*1500 |
Clamping Force | KN | 800 |
Hydraulic System | ||
Main Oil Pump Power | Kw | 30 |
Servo Oil Pump Power | Kw | 7.5 |
Thickness Control System | Point | 100 |