PVC Window and Door Profile Extrusion Line
Plastic UPVC Window Door Extruder Line produce not only window and door profile, but also customized PVC profile that satisfying clients’ diversified requirements during working and usual daily life.
As a manufacturer and supplier, Deerma Machine Company offers a wide selection of machinery for producing UPVC profile. We can offer Plastic UPVC Window Door Extruder Line, mold for upvc profiles, lamination machines for profiles, co-extruder machines and all related machines, such as recycling machine crusher and pulverizer, embossing machine, laser printer, and packaging machine.
Parameter of PVC Window and Door Profile Extrusion Line:
Plastic UPVC Window Door Extrusion Line Details
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UPVC Window and Door Application
Durability and Longevity:
PVC profiles are highly durable and resistant to damage, including scratches, cracks, and fading. Unlike wood or metal, PVC profile does not warp, rust, or degrade when exposed to extreme weather conditions, making it an excellent choice for both indoor and outdoor applications.
Cost-Effectiveness:
PVC profiles are relatively inexpensive compared to alternative materials like aluminum or wood. They require less investment in both material costs and installation, which makes them a cost-effective option for large-scale production.
Versatility in Design:
The extrusion process allows PVC material to be molded into an endless variety of shapes, sizes, and colors, giving manufacturers the flexibility to produce custom profiles that meet specific design needs.
Energy Efficiency and Insulation:
PVC profiles are naturally insulating, which can improve energy efficiency in buildings. When used in window and door frames, they help prevent heat transfer, keeping indoor temperatures stable and reducing the need for heating or cooling. This makes PVC a key component in energy-efficient designs, contributing to lower energy costs and a more sustainable environment.
Chemical and Fire Resistance:
PVC profiles are resistant to many chemicals, including acids, bases, oils, and solvents. This resistance makes them suitable for use in environments where chemical exposure is common, such as in industrial, laboratory, or medical settings. Additionally, PVC is self-extinguishing and does not emit toxic fumes when exposed to fire, making it a safer choice in fire-sensitive applications.
Advantages of PVC Window and Door Profile Extrusion Line:
Global Brand Reliability
Adopts ABB inverter, Siemens motor, and SCHNEIDER contactors for easier maintenance and faster spare parts delivery. Optional PLC control is available for advanced system management.
Efficient Thermal System
Utilizes aluminum heaters for the mold, ensuring stable and efficient heating of the screw and barrel.
High-Speed Stable Calibration
Features an extra-long calibration table with powerful cooling and shaping capabilities, guaranteeing steady production at high speeds.
Eco-Friendly Cutting
Optional dust collector keeps the workshop clean and ensures an environmentally friendly production process.
Automated Stacking
Equipped with a limit sensor stacker and PLC-controlled cutter, enabling fully automatic operation.
Working principle of PVC pipe extrusion machine:
Formulation & Compounding
Production commences with precision compounding, where PVC resin is rigorously blended with stabilizers, impact modifiers, and pigments. This engineered formula is tailored to withstand long-term weathering while ensuring optimal melt flow during extrusion, laying the foundation for structural integrity and color consistency.
Controlled Melting & Plasticization
Inside the extruder, a high-torque screw mechanism homogenizes the compound under tightly regulated barrel temperatures. This delicate thermal balance prevents molecular degradation from overheating while eliminating flow restrictions caused by cold spots, resulting in a perfectly plasticized melt.
Precision Die Shaping
The homogenous melt is forced through a custom-engineered extrusion die, the heart of the operation. Featuring intricate internal geometries, the die forms complex cross-sections complete with multi-chambers, steel reinforcement slots, and drainage pathways, dictating the final profile’s strength and functionality.
Vacuum Calibration & Cooling
Emerging from the die, the soft profile enters a vacuum calibration table. Powerful vacuum pumps hold the shape against precision molds while multi-stage spray cooling locks in critical tolerances. This process ensures the profile remains dimensionally stable and free from thermal distortion.
Automated Cutting & Finishing
A synchronized haul-off unit draws the rigid profile through the line at a constant speed. Upon reaching the preset length, a PLC-controlled traveling saw executes a clean, burr-free cut. The finished sections are then routed for quality assurance and protective packaging.
