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SNBL-25A
Sino-Tech
84774010
The 25L Accumulative Jerry Can Blow Molding Machine is specifically designed for the production of high-quality plastic jerry cans, commonly used in industries such as chemicals, water storage, and lubricant packaging. Capable of producing 25L containers, this machine offers high speed, precision, and energy efficiency in mass production. The accumulative extrusion method ensures uniformity in the production of jerry cans, while the multi-layer extrusion capability allows for added strength and improved product performance.
This SNBL-12L automatic extrusion blow molding machine is equipped with a single cavity design and an optional multi-cavity setup for high-volume production, making it ideal for large-scale manufacturing operations.
High-Speed Production: Capable of producing up to 2700 jerry cans per hour, the machine is perfect for high-volume production needs. With a cycle time of just 20 seconds, businesses can maximize output while maintaining product consistency.
Multi-Layer Extrusion: The machine features multi-layer extrusion capabilities, providing the option for single, double, or triple-layer production for added strength and durability, especially important for containers used to store hazardous chemicals or oils.
Flexible Die-Head Options: The die head system is versatile, with the ability to adjust from single to multi-die heads depending on the desired container size and production volume, giving manufacturers flexibility to meet different demands.
Accumulative Extrusion for Consistency: The accumulative extrusion method ensures uniform plastic distribution, leading to consistent wall thickness and structural integrity for each jerry can.
Energy-Efficient Operation: The machine uses a servo-driven motor and proportional hydraulic control, minimizing energy consumption while maintaining high throughput, resulting in cost-effective operations.
Durable Mold Materials: The machine is equipped with high-quality molds, made from Aluminum 7075 and Beryllium Copper, which offer superior cooling performance and long-lasting durability.
| Item | Code Item | Standard Code | Manual | Note |
| Extruder | Max. Capacity | 25L | Accumulator, single station | |
| Main screw | Φ80mm | High efficiency of mixing | ||
| Screw L/D | 25: 1 | |||
| Screw material | 38CrMoALA | |||
| Max. Extruder consumption | 110KG/Hr | Based on HDPE5502, change with material density | ||
| Twisting transition method | Electrical machinery, Gear box, Leather belt transmission | Hard gear surface decelerator | ||
| Driving motor | 30KW | |||
| Screw rotate speed | 10---80V/min | |||
| Ahead/back adjusting | Yes | |||
| Up/down adjusting | Yes | |||
| Temperature control zone | 4 | Japan MTSIUBISHI | ||
| Heating power | 6.2φ8.2KW | |||
| Cooling for blower | 4 | |||
| Cooling function | Yes | Cooling water | ||
| Clamping unit | Structure | With patented TONGDA two-bar timing clamping structure in high speed and high force, to achieve quality products | ||
| Clamping directions | Ball rail | For high precise location for longer service life. | ||
| Clamping speed | 600mm/sce; 42m/min | |||
| Max. Mold dimension | 500*650mm | W*H | ||
| Mold opening stroke | 430 mm | |||
| Platen distance | 350~780 mm | Min.~Max. | ||
| Clamping force | 215 KN | |||
| Mould thickness scope | 355~400 mm | |||
| Fixing pattern of mold | Mold press platen | |||
| Mold opening/closing stroke control | Inducing switch+moving | Discriminate mold opening/ closing end, mold opening/ closing slow speed, | ||
| Light Electric safety protect | FRDTEK | Taiwan | ||
| Die Head | Form | Accumulator | First in, first out | |
| Material | 38CrMoALA, inner mirror treatment | |||
| Accumulator volume | 4L | |||
| Die dimension size | Φ60~ 300mm | Min.~Max. | ||
| Heating method | Stainless steel heating ring,precision +1% | |||
| Temperature control zone | 4 | |||
| Blow-air | Yes | |||
| Adjusting of parison thickness | Yes | MOOG 100-point | ||
| Injecting stroke control | Accumulator electronic ruler + limit switch | |||
| Adjusting method of thickness | Inner mold adjusting | |||
| Adjusting output at axial direction | + 2.5mm | |||
| Injecting pressure | 75~140mm | TongDa 10-point pressure adjusting control | ||
| Max. Injecting speed | 1.6kg/sec | Not sure | ||
| Top blowing | Blow-air control method | Discriminate high/low blow-air | ||
| Side blowing | Blow-air control method | Discriminate high/low blow-air | ||
| Bottom blowing | Blow pin stroke control | Inducing switch | Discriminate blow pin up/down end | |
| Blow-air control method | Discriminate high/low blow-air | |||
| Blow pin cooling function | Cooling water | 1-in 1-out cooling system | ||
| Blow pin supporting material | Yes | Changeable | ||
| Adjusting of blow pin position | Ahead/back, left/right, up/down adjusting | |||
| Mechanical hand | Running method | FESTO | Germany | |
| Direction control | Ball rail | High precise and speed | ||
| Electric system | Temperature control | MITUSBISH | MITUSBISH, PID control | |
| Load protection | ||||
| Movement control | MITUSBISH PLC | |||
| Operation interface | Human-machine interface | HITACH, Taiwan | ||
| Time setting | Touch screen | |||
| Oil pressure system | Main motor | 22KW | ||
| Main oil pump | DENISON | American | ||
| Movement control method | Proportion pressure control | 0~999 | ||
| Direction control | ||||
| Max. Pressure | 160kg/cm2 | |||
| Air pressure system | Direction control | AIRTEC | Taiwan | |
| Pressure control | Separated | |||
| Max. Pressure | 8kg/cm, 1.1m3/min | All air pipes are connected by PU pipe | ||
| Other material | Lubrication way | |||
| Oil pressure cooling | Cooling effect is achieved by oil pressure cooling | |||
| Mold cooling | Separated cooling water resource, use 5-in 5-out fix (single side) | |||
| Gear box, hopper place, die dimension cooling | Use separated cooling water circuit, insure cooling effect | |||
| Overall dimension | L*W*H | 4100*2200*3500mm | ||
| Weight | TON | 11.0T |
The 25L Accumulative Jerry Can Blow Molding Machine is specifically designed for the production of high-quality plastic jerry cans, commonly used in industries such as chemicals, water storage, and lubricant packaging. Capable of producing 25L containers, this machine offers high speed, precision, and energy efficiency in mass production. The accumulative extrusion method ensures uniformity in the production of jerry cans, while the multi-layer extrusion capability allows for added strength and improved product performance.
This SNBL-12L automatic extrusion blow molding machine is equipped with a single cavity design and an optional multi-cavity setup for high-volume production, making it ideal for large-scale manufacturing operations.
High-Speed Production: Capable of producing up to 2700 jerry cans per hour, the machine is perfect for high-volume production needs. With a cycle time of just 20 seconds, businesses can maximize output while maintaining product consistency.
Multi-Layer Extrusion: The machine features multi-layer extrusion capabilities, providing the option for single, double, or triple-layer production for added strength and durability, especially important for containers used to store hazardous chemicals or oils.
Flexible Die-Head Options: The die head system is versatile, with the ability to adjust from single to multi-die heads depending on the desired container size and production volume, giving manufacturers flexibility to meet different demands.
Accumulative Extrusion for Consistency: The accumulative extrusion method ensures uniform plastic distribution, leading to consistent wall thickness and structural integrity for each jerry can.
Energy-Efficient Operation: The machine uses a servo-driven motor and proportional hydraulic control, minimizing energy consumption while maintaining high throughput, resulting in cost-effective operations.
Durable Mold Materials: The machine is equipped with high-quality molds, made from Aluminum 7075 and Beryllium Copper, which offer superior cooling performance and long-lasting durability.
| Item | Code Item | Standard Code | Manual | Note |
| Extruder | Max. Capacity | 25L | Accumulator, single station | |
| Main screw | Φ80mm | High efficiency of mixing | ||
| Screw L/D | 25: 1 | |||
| Screw material | 38CrMoALA | |||
| Max. Extruder consumption | 110KG/Hr | Based on HDPE5502, change with material density | ||
| Twisting transition method | Electrical machinery, Gear box, Leather belt transmission | Hard gear surface decelerator | ||
| Driving motor | 30KW | |||
| Screw rotate speed | 10---80V/min | |||
| Ahead/back adjusting | Yes | |||
| Up/down adjusting | Yes | |||
| Temperature control zone | 4 | Japan MTSIUBISHI | ||
| Heating power | 6.2φ8.2KW | |||
| Cooling for blower | 4 | |||
| Cooling function | Yes | Cooling water | ||
| Clamping unit | Structure | With patented TONGDA two-bar timing clamping structure in high speed and high force, to achieve quality products | ||
| Clamping directions | Ball rail | For high precise location for longer service life. | ||
| Clamping speed | 600mm/sce; 42m/min | |||
| Max. Mold dimension | 500*650mm | W*H | ||
| Mold opening stroke | 430 mm | |||
| Platen distance | 350~780 mm | Min.~Max. | ||
| Clamping force | 215 KN | |||
| Mould thickness scope | 355~400 mm | |||
| Fixing pattern of mold | Mold press platen | |||
| Mold opening/closing stroke control | Inducing switch+moving | Discriminate mold opening/ closing end, mold opening/ closing slow speed, | ||
| Light Electric safety protect | FRDTEK | Taiwan | ||
| Die Head | Form | Accumulator | First in, first out | |
| Material | 38CrMoALA, inner mirror treatment | |||
| Accumulator volume | 4L | |||
| Die dimension size | Φ60~ 300mm | Min.~Max. | ||
| Heating method | Stainless steel heating ring,precision +1% | |||
| Temperature control zone | 4 | |||
| Blow-air | Yes | |||
| Adjusting of parison thickness | Yes | MOOG 100-point | ||
| Injecting stroke control | Accumulator electronic ruler + limit switch | |||
| Adjusting method of thickness | Inner mold adjusting | |||
| Adjusting output at axial direction | + 2.5mm | |||
| Injecting pressure | 75~140mm | TongDa 10-point pressure adjusting control | ||
| Max. Injecting speed | 1.6kg/sec | Not sure | ||
| Top blowing | Blow-air control method | Discriminate high/low blow-air | ||
| Side blowing | Blow-air control method | Discriminate high/low blow-air | ||
| Bottom blowing | Blow pin stroke control | Inducing switch | Discriminate blow pin up/down end | |
| Blow-air control method | Discriminate high/low blow-air | |||
| Blow pin cooling function | Cooling water | 1-in 1-out cooling system | ||
| Blow pin supporting material | Yes | Changeable | ||
| Adjusting of blow pin position | Ahead/back, left/right, up/down adjusting | |||
| Mechanical hand | Running method | FESTO | Germany | |
| Direction control | Ball rail | High precise and speed | ||
| Electric system | Temperature control | MITUSBISH | MITUSBISH, PID control | |
| Load protection | ||||
| Movement control | MITUSBISH PLC | |||
| Operation interface | Human-machine interface | HITACH, Taiwan | ||
| Time setting | Touch screen | |||
| Oil pressure system | Main motor | 22KW | ||
| Main oil pump | DENISON | American | ||
| Movement control method | Proportion pressure control | 0~999 | ||
| Direction control | ||||
| Max. Pressure | 160kg/cm2 | |||
| Air pressure system | Direction control | AIRTEC | Taiwan | |
| Pressure control | Separated | |||
| Max. Pressure | 8kg/cm, 1.1m3/min | All air pipes are connected by PU pipe | ||
| Other material | Lubrication way | |||
| Oil pressure cooling | Cooling effect is achieved by oil pressure cooling | |||
| Mold cooling | Separated cooling water resource, use 5-in 5-out fix (single side) | |||
| Gear box, hopper place, die dimension cooling | Use separated cooling water circuit, insure cooling effect | |||
| Overall dimension | L*W*H | 4100*2200*3500mm | ||
| Weight | TON | 11.0T |
