Solar Photovoltaic Composite Material Polyurethane Frame Pultrusion Production Line
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  • Solar Photovoltaic Composite Material Polyurethane Frame Pultrusion Production Line

Solar Photovoltaic Composite Material Polyurethane Frame Pultrusion Production Line

By using different molds, a wide range of products can be manufactured, including pultruded fiberglass profiles, fiberglass rods, tubes, sheets, bars, fiberglass square sections, and various extruded components. These are suitable for pultruded composite parts made from unsaturated resins, polyurethane resins, fiberglass, and other materials.

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Solar Photovoltaic Composite Material Polyurethane Frame Pultrusion Production Line

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Product Description

Solar Photovoltaic Composite Material Polyurethane Frame Pultrusion Production Line

Characteristics of pultrusion line equipment for composite materials:

1. Touchscreen control function.

2. Digital display of traction speed.

3. The hydraulic cylinder is equipped with imported seals, and the hydraulic system features a variable-displacement piston pump and imported hydraulic components, with automatic fault alarms for oil temperature and oil level.

4. The hydraulic traction unit offers multiple operating modes and features stepless speed regulation.

5. It employs pneumatic lateral cutting with a circular saw blade, pneumatic clamping, and pneumatic tracking.

6. By using different molds, a wide range of products can be manufactured, including pultruded FRP profiles, fiberglass rods, tubes, sheets, bars, FRP square sections, and various extruded components, suitable for pultruded composites made from unsaturated resins, polyurethane resins, fiberglass, and other materials.

Equipment Advantages

1. Produce two parts at a time, with each mold controlled independently.

2. Equipped with an interactive HMI touch screen for control, the pultrusion speed, temperature, and clamping force are displayed and adjusted via the touch screen.

3. Traction force displayed on the touch screen;

4. The hydraulic cylinder seals are imported, ensuring stable power output from the pump unit.

5. Equipped with oil temperature monitoring and an automatic alarm for clogged oil filters;

6. Stepless adjustment of traction speed;

7. The major electrical and hydraulic components are from reputable brands, offering high sensitivity and a low failure rate.

8. It employs pneumatic up-and-down cutting, pneumatic clamping, and pneumatic tracking, with a toothless saw blade.

Compared with traditional aluminum and metal photovoltaic frames, polyurethane photovoltaic frames offer the following advantages:

1. Polyurethane composite materials exhibit excellent mechanical properties, with an axial tensile strength exceeding seven times that of conventional aluminum alloy materials.

2. Exhibits excellent resistance to salt spray and chemical corrosion.

3. With a very high volume resistivity, photovoltaic modules encapsulated with polyurethane frames significantly reduce the likelihood of leakage current paths, thereby helping to minimize the occurrence of PID—potential-induced degradation—and enhancing the power-generation efficiency of the solar panels.

4. Polyurethane frames can also be used in combination with waterborne polyurethane coatings, significantly enhancing the frame’s weather resistance while maintaining low VOC emissions.

Application areas

Automotive sector

Automotive sector


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Photovoltaic sector

Photovoltaic sector


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Packaging field

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Mechanical field

Mechanical field


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