PVC Plastic Pellet Granulation Extrusion Granulators Production Line
Qinxiang
Availability: | |
---|---|
Quantity: | |
![]() | Introduction to the PVC Plastic Pellet Granulation Extrusion LineThe PVC Plastic Pellet Granulation Extrusion Line is an advanced industrial system designed to transform raw PVC compounds into uniform, high-performance pellets for diverse manufacturing applications. Combining precision extrusion, granulation, and cooling technologies, this line ensures optimal material consistency, energy efficiency, and scalability for producers of pipes, profiles, cables, and other PVC-based products. With a focus on automation and process control, it meets the demands of large-scale production while adhering to global quality standards. |
![]() | Twin-Screw Extruder SystemThe heart of the line features a high-torque twin-screw extruder with segmented temperature zones (120°C–200°C), ensuring thorough PVC material plastication. Its modular screw design allows customization for different formulations (rigid/flexible PVC), while a vacuum degassing chamber removes volatiles, guaranteeing pellet purity. |
![]() | Strand Pelletizing and Cooling UnitExtruded strands are precision-cut into pellets via a rotary cutter with adjustable blade speed (0–3,000 RPM). The integrated water-ring cooling system rapidly reduces pellet temperature to 25°C–35°C, minimizing thermal stress and ensuring dimensional stability (tolerance ±0.2 mm). |
Output Capacity: 500–2,500 kg/h (depending on model)
Pellet Size: 2–5 mm diameter, customizable
Motor Power: 55–160 kW, IE4 energy-efficient drive
Control System: Siemens PLC with HMI touchscreen for real-time monitoring
Energy Consumption: ≤0.25 kWh/kg (optimized heat exchange)
![]() | Precision and ConsistencyThe line achieves ≤1% pellet size variation through closed-loop feedback control, critical for downstream processes like injection molding. Anti-static vibrating screens classify pellets into A/B grades, reducing material waste. |
![]() | Energy-Saving InnovationsA heat recovery unit captures 40% of residual thermal energy from cooling water, redirecting it to preheat raw materials. Combined with servo-driven motors, this reduces overall energy costs by up to 30% versus conventional systems. |
The PVC Plastic Pellet Granulation Extrusion Line serves sectors requiring rigorously standardized PVC feedstock:
Construction: Pellets for window profiles, pipes, and fittings
Electronics: Insulation-grade pellets for cable sheathing
Automotive: High-impact PVC pellets for interior components
Packaging: Food-safe transparent pellets for blister packs
![]() | Automated Quality ControlIn-line sensors monitor pellet density (1.3–1.45 g/cm³), moisture content (≤0.3%), and melt flow index (MFI). Non-conforming pellets are automatically diverted to a recycling hopper, ensuring 99.9% product compliance. |
![]() | Industry 4.0 IntegrationThe system supports OPC-UA protocol for integration with MES/ERP systems. Remote diagnostics via IoT modules enable predictive maintenance, minimizing downtime. |
The line features fume extraction systems with HEPA filtration, ensuring workplace air quality meets OSHA standards. All electrical components are ATEX-certified for explosive atmosphere operation.
Feeding system | Screw feeder |
Extrusion system | SJSZ80-156 conical twin screw extruder |
Die surface heating system | die surface heating |
Air delivery system | cyclone separator, storage bin |
PVC Plastic Pellet Granulation Extrusion Granulators Production Line is an efficient plastic processing equipment, mainly used to process PVC and other plastic raw materials into granular products. The following is a detailed introduction of the production line:
1 | Production line composition |
PVC Plastic Pellet Granulation Extrusion Granulators Production Line is mainly composed of the following parts: 1. Raw material preparation system: including raw material storage, drying, mixing and other equipment, used to pre-treat raw materials such as PVC to ensure the drying and uniformity of raw materials. 2. Feeding system: The precision feeding device is used to evenly and quantitatively feed the pre-treated raw materials into the extruder. 3. Extrusion system: The core equipment is a conical twin screw extruder, which ensures that the raw materials are fully mixed and plasticized during the extrusion process through the screw form of low shear and high mixing. 4. Die surface heating system: The method of die surface heating is used to cut the extrusion plastic melt into particles. The die head is specially treated to ensure that the particle appearance is smooth and full, and the size is uniform. 5. Air delivery system: The fan is used to send the cut particles into the subsequent treatment equipment, such as cyclone separator, storage bin, etc. The air delivery system is made of stainless steel to ensure that particles are not contaminated during transportation. 6. Control system: The entire production line is equipped with advanced control system to achieve automated production. The control system includes temperature control system, drive system and interlock control system to ensure the stability and safety of the production process. |
2 | The production process |
The production process of PVC Plastic Pellet Granulation Extrusion Granulators Production Line is roughly as follows: 1. After the raw materials are mixed with auxiliaries, they are fed to the extruder through the conveying system. 2. After the raw material is fully mixed and plasticized in the extruder, it is extruded into a molten body. 3. The melt is cut into particles by the die surface heating system. 4. The cut particles are sent to the cyclone separator through the air delivery system for separation. 5. The separated particles go into the storage bin for storage, and finally the finished product packaging. |
3 | Production line characteristics |
1. Efficient automation: The production line adopts advanced automation control system to realize the whole process of automatic production, reduce labor costs and improve production efficiency. 2.High cutting precision: die surface heating system to ensure the appearance of the particles smooth and full, uniform size, improve product quality. 3. Advanced equipment: Extruders, die heads, air delivery systems and other equipment are manufactured with advanced technology and high-quality materials to ensure the stability and durability of the production line. 4. Strong versatility: The production line is suitable for the processing of a variety of plastic raw materials, such as PVC, PE, PP, etc., with strong versatility. 5. Easy to install and move: The production line adopts modular design, the user can configure and adjust according to the actual needs, and the installation and movement are also more convenient. |
4 | Application field |
PVC Plastic Pellet Granulation Extrusion Granulators Production Line is widely used in plastic processing industry, especially in the field of PVC and other plastic raw materials processing. It is suitable for plastic recycling, plastic modification, plastic processing and other links, and provides strong support for the development of the plastics industry. |
![]() | Introduction to the PVC Plastic Pellet Granulation Extrusion LineThe PVC Plastic Pellet Granulation Extrusion Line is an advanced industrial system designed to transform raw PVC compounds into uniform, high-performance pellets for diverse manufacturing applications. Combining precision extrusion, granulation, and cooling technologies, this line ensures optimal material consistency, energy efficiency, and scalability for producers of pipes, profiles, cables, and other PVC-based products. With a focus on automation and process control, it meets the demands of large-scale production while adhering to global quality standards. |
![]() | Twin-Screw Extruder SystemThe heart of the line features a high-torque twin-screw extruder with segmented temperature zones (120°C–200°C), ensuring thorough PVC material plastication. Its modular screw design allows customization for different formulations (rigid/flexible PVC), while a vacuum degassing chamber removes volatiles, guaranteeing pellet purity. |
![]() | Strand Pelletizing and Cooling UnitExtruded strands are precision-cut into pellets via a rotary cutter with adjustable blade speed (0–3,000 RPM). The integrated water-ring cooling system rapidly reduces pellet temperature to 25°C–35°C, minimizing thermal stress and ensuring dimensional stability (tolerance ±0.2 mm). |
Output Capacity: 500–2,500 kg/h (depending on model)
Pellet Size: 2–5 mm diameter, customizable
Motor Power: 55–160 kW, IE4 energy-efficient drive
Control System: Siemens PLC with HMI touchscreen for real-time monitoring
Energy Consumption: ≤0.25 kWh/kg (optimized heat exchange)
![]() | Precision and ConsistencyThe line achieves ≤1% pellet size variation through closed-loop feedback control, critical for downstream processes like injection molding. Anti-static vibrating screens classify pellets into A/B grades, reducing material waste. |
![]() | Energy-Saving InnovationsA heat recovery unit captures 40% of residual thermal energy from cooling water, redirecting it to preheat raw materials. Combined with servo-driven motors, this reduces overall energy costs by up to 30% versus conventional systems. |
The PVC Plastic Pellet Granulation Extrusion Line serves sectors requiring rigorously standardized PVC feedstock:
Construction: Pellets for window profiles, pipes, and fittings
Electronics: Insulation-grade pellets for cable sheathing
Automotive: High-impact PVC pellets for interior components
Packaging: Food-safe transparent pellets for blister packs
![]() | Automated Quality ControlIn-line sensors monitor pellet density (1.3–1.45 g/cm³), moisture content (≤0.3%), and melt flow index (MFI). Non-conforming pellets are automatically diverted to a recycling hopper, ensuring 99.9% product compliance. |
![]() | Industry 4.0 IntegrationThe system supports OPC-UA protocol for integration with MES/ERP systems. Remote diagnostics via IoT modules enable predictive maintenance, minimizing downtime. |
The line features fume extraction systems with HEPA filtration, ensuring workplace air quality meets OSHA standards. All electrical components are ATEX-certified for explosive atmosphere operation.
Feeding system | Screw feeder |
Extrusion system | SJSZ80-156 conical twin screw extruder |
Die surface heating system | die surface heating |
Air delivery system | cyclone separator, storage bin |
PVC Plastic Pellet Granulation Extrusion Granulators Production Line is an efficient plastic processing equipment, mainly used to process PVC and other plastic raw materials into granular products. The following is a detailed introduction of the production line:
1 | Production line composition |
PVC Plastic Pellet Granulation Extrusion Granulators Production Line is mainly composed of the following parts: 1. Raw material preparation system: including raw material storage, drying, mixing and other equipment, used to pre-treat raw materials such as PVC to ensure the drying and uniformity of raw materials. 2. Feeding system: The precision feeding device is used to evenly and quantitatively feed the pre-treated raw materials into the extruder. 3. Extrusion system: The core equipment is a conical twin screw extruder, which ensures that the raw materials are fully mixed and plasticized during the extrusion process through the screw form of low shear and high mixing. 4. Die surface heating system: The method of die surface heating is used to cut the extrusion plastic melt into particles. The die head is specially treated to ensure that the particle appearance is smooth and full, and the size is uniform. 5. Air delivery system: The fan is used to send the cut particles into the subsequent treatment equipment, such as cyclone separator, storage bin, etc. The air delivery system is made of stainless steel to ensure that particles are not contaminated during transportation. 6. Control system: The entire production line is equipped with advanced control system to achieve automated production. The control system includes temperature control system, drive system and interlock control system to ensure the stability and safety of the production process. |
2 | The production process |
The production process of PVC Plastic Pellet Granulation Extrusion Granulators Production Line is roughly as follows: 1. After the raw materials are mixed with auxiliaries, they are fed to the extruder through the conveying system. 2. After the raw material is fully mixed and plasticized in the extruder, it is extruded into a molten body. 3. The melt is cut into particles by the die surface heating system. 4. The cut particles are sent to the cyclone separator through the air delivery system for separation. 5. The separated particles go into the storage bin for storage, and finally the finished product packaging. |
3 | Production line characteristics |
1. Efficient automation: The production line adopts advanced automation control system to realize the whole process of automatic production, reduce labor costs and improve production efficiency. 2.High cutting precision: die surface heating system to ensure the appearance of the particles smooth and full, uniform size, improve product quality. 3. Advanced equipment: Extruders, die heads, air delivery systems and other equipment are manufactured with advanced technology and high-quality materials to ensure the stability and durability of the production line. 4. Strong versatility: The production line is suitable for the processing of a variety of plastic raw materials, such as PVC, PE, PP, etc., with strong versatility. 5. Easy to install and move: The production line adopts modular design, the user can configure and adjust according to the actual needs, and the installation and movement are also more convenient. |
4 | Application field |
PVC Plastic Pellet Granulation Extrusion Granulators Production Line is widely used in plastic processing industry, especially in the field of PVC and other plastic raw materials processing. It is suitable for plastic recycling, plastic modification, plastic processing and other links, and provides strong support for the development of the plastics industry. |