Application
Widely used in the home and workshop decoration
Size
As Customized.
Machine description
The description you've provided outlines a comprehensive extrusion system designed for the production of PVC, UPVC, and WPC profiles, commonly used in the manufacturing of window and door frames. Here's a breakdown of the components and their functions within the system:
1. Conical Double Screw Extruder:
- Utilizes two screws with a conical design to effectively melt and mix the PVC, UPVC, or WPC material.
- The double screw mechanism ensures efficient material throughput and uniform melting.
2. Vacuum Calibrating Platform:
- Serves to cool and shape the extruded profile to the desired dimensions with high precision.
- The vacuum helps to draw out any trapped air or moisture, leading to a smooth surface finish.
3. Caterpillar Haul-Off Machine:
- A system of caterpillar-like tracks or rollers that pull the extruded profile away from the die at a controlled speed.
- This ensures even cooling and maintains the profile's shape during the initial stages of solidification.
4. Automatic Cutter:
- Cuts the extruded profiles to the required lengths automatically, enhancing production efficiency and accuracy.
5. Stacker:
- Organizes and stacks the cut profiles in an orderly fashion for easy storage or further processing.
6. Appropriate Die Mould:
- The die mould is crucial as it determines the shape and dimensions of the extruded profile.
- It must be designed and manufactured to exacting standards to produce profiles with the desired specifications.
7. Auxiliary Machines:
- Include a powder charger for feeding raw material into the extruder, a mixer for blending the PVC powder, a crusher for reducing oversized material, and other support equipment.
8. Advanced Design:
- The extrusion line is designed with modern technology and engineering principles to ensure high-quality output.
9. High Quality:
- The system is capable of producing profiles with consistent quality, free from defects such as warping or dimensional inaccuracies.
10. Low Energy Consumption:
- Designed to be energy-efficient, reducing operational costs and environmental impact.
11. Low Noise:
- Operates with minimal noise pollution, making it suitable for use in environments where noise levels need to be controlled.
12. Stable Working:
- Ensures reliable and consistent operation, minimizing downtime and maintenance requirements.
The PVC profile extrusion machine you've described is a highly versatile and efficient system for converting raw PVC powder into a wide range of profiles for windows, doors, and other applications. Its convenience, coupled with advanced features like energy efficiency and low noise operation, makes it an attractive choice for manufacturers in the building and construction industry.
Application
Widely used in the home and workshop decoration
Size
As Customized.
Machine description
The description you've provided outlines a comprehensive extrusion system designed for the production of PVC, UPVC, and WPC profiles, commonly used in the manufacturing of window and door frames. Here's a breakdown of the components and their functions within the system:
1. Conical Double Screw Extruder:
- Utilizes two screws with a conical design to effectively melt and mix the PVC, UPVC, or WPC material.
- The double screw mechanism ensures efficient material throughput and uniform melting.
2. Vacuum Calibrating Platform:
- Serves to cool and shape the extruded profile to the desired dimensions with high precision.
- The vacuum helps to draw out any trapped air or moisture, leading to a smooth surface finish.
3. Caterpillar Haul-Off Machine:
- A system of caterpillar-like tracks or rollers that pull the extruded profile away from the die at a controlled speed.
- This ensures even cooling and maintains the profile's shape during the initial stages of solidification.
4. Automatic Cutter:
- Cuts the extruded profiles to the required lengths automatically, enhancing production efficiency and accuracy.
5. Stacker:
- Organizes and stacks the cut profiles in an orderly fashion for easy storage or further processing.
6. Appropriate Die Mould:
- The die mould is crucial as it determines the shape and dimensions of the extruded profile.
- It must be designed and manufactured to exacting standards to produce profiles with the desired specifications.
7. Auxiliary Machines:
- Include a powder charger for feeding raw material into the extruder, a mixer for blending the PVC powder, a crusher for reducing oversized material, and other support equipment.
8. Advanced Design:
- The extrusion line is designed with modern technology and engineering principles to ensure high-quality output.
9. High Quality:
- The system is capable of producing profiles with consistent quality, free from defects such as warping or dimensional inaccuracies.
10. Low Energy Consumption:
- Designed to be energy-efficient, reducing operational costs and environmental impact.
11. Low Noise:
- Operates with minimal noise pollution, making it suitable for use in environments where noise levels need to be controlled.
12. Stable Working:
- Ensures reliable and consistent operation, minimizing downtime and maintenance requirements.
The PVC profile extrusion machine you've described is a highly versatile and efficient system for converting raw PVC powder into a wide range of profiles for windows, doors, and other applications. Its convenience, coupled with advanced features like energy efficiency and low noise operation, makes it an attractive choice for manufacturers in the building and construction industry.
