240 Mm High Performance Upvc PVC Window Profile Extrusion Line (1)

240 mm (250-400 kg/h) High Performance PVC Window Profile Extrusion Line

The PVC window profile extrusion line is a production system that shapes PVC material into window frames and related components by melting PVC. This process involves passing PVC through an extruder, transforming it into profiles through a mold, cooling and calibrating the shape, and cutting it to the desired size. This method typically produces durable, energy-efficient, and low-maintenance window profiles commonly used in construction.

Features and Applications:

The PVC window profile extrusion line features an extruder, calibration system, cooling unit, and cutting mechanisms to produce precise window profiles. It offers high customization for various shapes and sizes and provides strong control over material quality, temperature, and dimensions. Application areas include the production of energy-efficient, low-maintenance window and door frames for residential, commercial, and industrial buildings. The line is also used for producing other profiles such as ventilation systems, sash, and reinforcement components.

Technical Parameters of 240 mm High Performance PVC Window Profile Extrusion Line:

Technical Specifications:

Classic Type

High Speed Type

Type

YF108

YF240

YF240A

YF300

YF400

YF240

YF240

YF240A

Maximum Width of Product (mm)

108

240

150*2

300

400

240

240

150*2

Extruder Model

SJZ55/110

SJZ65/132

SJZ65/132

SJZ65/132

SJZ80/156

SJP75/28

SJP93/30

SJP110/28

Maximum Extrusion Capacity (kg/h)

110

180

180

180

320

150-250

250-400

400-500

Extruder Power (kw)

22

37

37

37

55

45

55

90

Cooling Water (m3/h)

7

8

8

8

10

7

8

10

Compressed Air (m3/min)

0.6

0.6

0.8

0.6

0.6

0.6

0.6

0.8

 

Benefits of Using PVC Profile Production Equipment

The use of PVC profile production equipment offers high efficiency, precise molding, and customization options for various profiles. These equipment enable fast production with minimal material wastage, producing durable and low-maintenance products. Additionally, they provide a cost-effective solution by reducing labor and material costs. The use of recyclable materials supports environmentally friendly production.

  1. Selecting the Right PVC Window Frame Extrusion Line

  2. When choosing a PVC window frame extrusion line, consider automation features for production volume, design flexibility, and efficiency. By selecting a line from a reliable brand that offers low maintenance, energy efficiency, and consistent quality, you can achieve long-term durability.

 

uPVC Window Profile Extrusion Line

The uPVC window profile extrusion line shapes uPVC material into window frame profiles by melting the material. This system produces durable, low-maintenance profiles for precision, efficiency, and energy-saving windows.

 

Plastic Profile Extrusion Line Components

A typical plastic profile extrusion line consists of the following components:

  • Extruder: Melts and mixes raw materials.

  • Die: Shapes molten plastic into the desired profile.

  • Cooling System: Cools and solidifies the extruded profile.

  • Puller: Pulls the profile at a consistent speed and shape along the line.

  • Cutter: Cuts the profile to the desired length.

  • Control System: Monitors and adjusts temperature, speed, and other parameters for optimum performance.

These components work together to efficiently produce high-quality plastic profiles.

 

Advancements in PVC Profile Extrusion Technology

Recent advancements in PVC profile extrusion technology include:

  • Smart Controls: Advanced PLC and IoT integration for real-time monitoring and automatic adjustments.

  • Energy-Efficiency Features: Improved motors and efficient heating systems to reduce energy consumption.

  • Fast Production: Enhanced screw and die designs for higher output and quicker cooling.

  • Customization: More flexible systems offer precise profile shapes, sizes, and multi-layer designs.

  • Reduced Waste: Innovations in material handling and extrusion reduce scrap rates and improve material utilization.

These innovations increase productivity, reduce costs, and support environmentally friendly production practices.

 
 
 
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