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Mingyang ABA film blowing machine leverages ABA co-extrusion technology, endowing the film with more diverse performance attributes and application features. As a pivotal piece of production equipment in the modern packaging sector, it delivers dependable solutions for product packaging and protection, while driving the industry's development and innovation.
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The ABA Film Blowing Machine leverages advanced ABA co-extrusion technology to redefine efficiency and sustainability in plastic packaging production. As a pivotal equipment for modern packaging solutions, it integrates a high-performance double-screw extrusion system to process HDPE, LLDPE, and CaCO3 blends, delivering a maximum output of 200kg/h—twice that of standard single-screw models. The unique ABA three-layer structure allows recycled materials to be used in the middle layer, reducing raw material costs while maintaining film stretchability and uniformity. Equipped with energy-saving servo motors, this machine cuts energy consumption by 20% compared to traditional models, making it ideal for eco-conscious businesses pursuing high productivity.
The ABA three-layer design separates functional layers: the outer A-layers ensure strength and surface quality, while the middle B-layer can incorporate recycled materials (up to 30% of total raw materials). This structure optimizes material usage, lowers costs, and promotes sustainable plastic processing.
Dual screws (A and B) with a length-diameter ratio of up to 32:1 enable simultaneous extrusion of multiple layers, boosting production efficiency to 200kg/h. The 38CrMoALA+ALLOY screw material and 38Cr barrel ensure thorough plasticization and uniform melt distribution.
Adopting premium servo motors for both extrusion and take-up, the machine reduces energy consumption by 20% versus conventional models. The precise motor control also enhances film flatness and winding tightness, minimizing material waste.
The die head is crafted from 40Cr with mirror surface treatment, ensuring smooth film formation and consistent thickness (0.015–0.15mm). The robust design resists wear and tear, maintaining performance stability for long production runs.
Technical Parameters | MYB-600 | MYB-1100 | MYB-1400 |
Suitable Materials | HDPE+LLDPE+CaCO3 | HDPE+LLDPE+CaCO3 | HDPE+LLDPE+CaCO3 |
Max Film Width | 500mm | 1000mm | 1250mm |
Film Thickness Range | 0.015–0.15mm | 0.015–0.15mm | 0.015–0.15mm |
Dimensions (L×W×H) | 5200×2500×4800mm | 5200×3000×5200mm | 5500×3300×6500mm |
Power Supply | 380V/50HZ (Local voltage adaptable) | 380V/50HZ (Local voltage adaptable) | 380V/50HZ (Local voltage adaptable) |
Screw Diameter (A/B) | 45mm/45mm | 50mm/50mm | 60mm/60mm |
Driving Motor Power (A/B) | 11KW/11KW | 15KW/15KW | 30KW/30KW |
Die Head Material | 40Cr (Mirror Surface Treatment) | 40Cr (Mirror Surface Treatment) | 40Cr (Mirror Surface Treatment) |
Air Blower Power | 4kw | 5.5kw | 7.5kw |
Winder Type | Single Friction Winder | Single Friction Winder | Single Friction Winder |
Discharge Roll Mode | Manual Operation | Semi-Automatic | Automatic |
Produces thick, tear-resistant films for industrial packaging (e.g., wrapping furniture, machinery parts) and heavy-duty shopping bags. The ABA structure enhances film toughness, ensuring load-bearing capacity and durability.
By integrating recycled materials, the machine manufactures cost-effective, eco-friendly express bags and mailing envelopes. Aligning with global sustainability trends and reducing environmental impact.
The three-layer film offers superior insulation and UV resistance, making it ideal for agricultural greenhouse films. It protects crops from harsh weather while optimizing light transmission for growth.
Sustainable Cost Reduction: ABA structure enables recycled material utilization, cutting raw material costs by up to 30%.
Energy Efficiency: Servo motor drive reduces energy consumption by 20%, lowering operational expenses.
High Production Capacity: 200kg/h maximum output meets large-volume production demands, improving market responsiveness.
Superior Film Performance: Three-layer structure enhances strength, flexibility, and barrier properties versus single-layer films.
Customizable Versatility: Supports film widths up to 1250mm and thicknesses from 0.015–0.15mm, adapting to diverse packaging needs.
The middle B-layer can use recycled plastic materials (e.g., film scraps), reducing reliance on virgin materials while the outer A-layers maintain film quality and performance.
Equipped with high-efficiency servo motors, it consumes 20% less energy than traditional film blowing machines—translating to significant long-term cost savings for high-volume production.
Yes. By adjusting raw material ratios (e.g., adding barrier resins to outer layers), the ABA structure can be customized to enhance moisture, oxygen, or UV barrier properties for specific applications.
The ABA Film Blowing Machine leverages advanced ABA co-extrusion technology to redefine efficiency and sustainability in plastic packaging production. As a pivotal equipment for modern packaging solutions, it integrates a high-performance double-screw extrusion system to process HDPE, LLDPE, and CaCO3 blends, delivering a maximum output of 200kg/h—twice that of standard single-screw models. The unique ABA three-layer structure allows recycled materials to be used in the middle layer, reducing raw material costs while maintaining film stretchability and uniformity. Equipped with energy-saving servo motors, this machine cuts energy consumption by 20% compared to traditional models, making it ideal for eco-conscious businesses pursuing high productivity.
The ABA three-layer design separates functional layers: the outer A-layers ensure strength and surface quality, while the middle B-layer can incorporate recycled materials (up to 30% of total raw materials). This structure optimizes material usage, lowers costs, and promotes sustainable plastic processing.
Dual screws (A and B) with a length-diameter ratio of up to 32:1 enable simultaneous extrusion of multiple layers, boosting production efficiency to 200kg/h. The 38CrMoALA+ALLOY screw material and 38Cr barrel ensure thorough plasticization and uniform melt distribution.
Adopting premium servo motors for both extrusion and take-up, the machine reduces energy consumption by 20% versus conventional models. The precise motor control also enhances film flatness and winding tightness, minimizing material waste.
The die head is crafted from 40Cr with mirror surface treatment, ensuring smooth film formation and consistent thickness (0.015–0.15mm). The robust design resists wear and tear, maintaining performance stability for long production runs.
Technical Parameters | MYB-600 | MYB-1100 | MYB-1400 |
Suitable Materials | HDPE+LLDPE+CaCO3 | HDPE+LLDPE+CaCO3 | HDPE+LLDPE+CaCO3 |
Max Film Width | 500mm | 1000mm | 1250mm |
Film Thickness Range | 0.015–0.15mm | 0.015–0.15mm | 0.015–0.15mm |
Dimensions (L×W×H) | 5200×2500×4800mm | 5200×3000×5200mm | 5500×3300×6500mm |
Power Supply | 380V/50HZ (Local voltage adaptable) | 380V/50HZ (Local voltage adaptable) | 380V/50HZ (Local voltage adaptable) |
Screw Diameter (A/B) | 45mm/45mm | 50mm/50mm | 60mm/60mm |
Driving Motor Power (A/B) | 11KW/11KW | 15KW/15KW | 30KW/30KW |
Die Head Material | 40Cr (Mirror Surface Treatment) | 40Cr (Mirror Surface Treatment) | 40Cr (Mirror Surface Treatment) |
Air Blower Power | 4kw | 5.5kw | 7.5kw |
Winder Type | Single Friction Winder | Single Friction Winder | Single Friction Winder |
Discharge Roll Mode | Manual Operation | Semi-Automatic | Automatic |
Produces thick, tear-resistant films for industrial packaging (e.g., wrapping furniture, machinery parts) and heavy-duty shopping bags. The ABA structure enhances film toughness, ensuring load-bearing capacity and durability.
By integrating recycled materials, the machine manufactures cost-effective, eco-friendly express bags and mailing envelopes. Aligning with global sustainability trends and reducing environmental impact.
The three-layer film offers superior insulation and UV resistance, making it ideal for agricultural greenhouse films. It protects crops from harsh weather while optimizing light transmission for growth.
Sustainable Cost Reduction: ABA structure enables recycled material utilization, cutting raw material costs by up to 30%.
Energy Efficiency: Servo motor drive reduces energy consumption by 20%, lowering operational expenses.
High Production Capacity: 200kg/h maximum output meets large-volume production demands, improving market responsiveness.
Superior Film Performance: Three-layer structure enhances strength, flexibility, and barrier properties versus single-layer films.
Customizable Versatility: Supports film widths up to 1250mm and thicknesses from 0.015–0.15mm, adapting to diverse packaging needs.
The middle B-layer can use recycled plastic materials (e.g., film scraps), reducing reliance on virgin materials while the outer A-layers maintain film quality and performance.
Equipped with high-efficiency servo motors, it consumes 20% less energy than traditional film blowing machines—translating to significant long-term cost savings for high-volume production.
Yes. By adjusting raw material ratios (e.g., adding barrier resins to outer layers), the ABA structure can be customized to enhance moisture, oxygen, or UV barrier properties for specific applications.
