| Customization: | Available |
|---|---|
| After-sales Service: | Installation and Debugging |
| Warranty: | One Year |
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| Model | Products Width(mm) | Products Thickness(mm) | Capacity(kg/h) |
| JWS100/38-1300 | 1000 | 0.125-1.2 | 250 |
| JWS120/38-1500 | 1200 | 0.175-2 | 450 |
| Note: The specifications are subject to change without prior notice. | |||
1. Raw Material Feeding System:
- Hoppers and Dryers: Raw PC or PMMA granules are fed into the extruder via hoppers. Before feeding, the granules are dried to remove any moisture content, which is crucial to prevent defects in the final product.
- Gravimetric or Volumetric Feeders: These ensure accurate and consistent feeding of raw materials into the extruder, maintaining the correct formulation and quality of the sheet.
2. Extruder:
- Single or Twin-Screw Extruder: The extruder melts and homogenizes the PC or PMMA granules. The screw design and precise temperature control across different zones ensure the material is properly melted and mixed.
- Temperature Control: Critical for preventing degradation of the material and ensuring a uniform melt, with precise control in each zone of the extruder.
3. Extrusion Die:
- Flat Sheet Die: The melted polymer is forced through a flat sheet die, which shapes the molten plastic into a thin, flat sheet. The die design is crucial for achieving uniform thickness and surface quality.
- Die Lip Adjustment: Allows fine-tuning of the die opening to control sheet thickness accurately.
4. Calendering System:
- Calender Rolls: The extruded sheet passes through a series of calender rolls (usually three), which precisely control the sheet's thickness, surface finish, and optical clarity. The rolls are temperature-controlled to ensure proper cooling and to avoid internal stresses.
- Embossing Rolls: For applications requiring textured surfaces, embossing rolls can be used to impart the desired texture to the sheet.
5. Cooling System:
- Cooling Rollers: After calendering, the sheet is further cooled using cooling rollers to stabilize the material and prevent warping or deformation.
- Air Cooling or Water Bath: Additional cooling methods can be employed depending on the thickness and specific requirements of the sheet.
6. Thickness Measurement and Control:
- Online Thickness Gauges: Non-contact measurement systems continuously monitor the sheet thickness and make real-time adjustments to the extrusion parameters to ensure uniform thickness throughout the production run.
7. Edge Trimming and Scrap Reclaim:
- Trimming Knives: Edges of the extruded sheet are trimmed to achieve the desired width and remove any irregularities.
- Reclaim System: Trimmed edges and any off-spec material can be recycled back into the extrusion process, reducing waste.
8. Winding and Cutting:
- Automatic Winders: The finished sheet is wound into rolls for easy handling and further processing. Tension control systems ensure the sheet is wound without wrinkles or deformation.
- Cutting Systems: For producing sheets of specific dimensions, cutting systems like guillotine cutters or slitting machines are used.
- High Optical Clarity: Both PC and PMMA offer excellent transparency, making them ideal for applications requiring clear, high-quality visuals.
- Durability: PC sheets offer high impact resistance, while PMMA sheets provide good weather and UV resistance.
- Customization: The extrusion process allows for the production of sheets in various thicknesses, widths, and surface finishes to meet specific application requirements.
- Consistency: Advanced control systems ensure uniform thickness and quality throughout the production process.
PC Optical Sheets(Polycarbonate Optical Sheets) are high-performance engineering plastic materials known for their excellent optical transparency, impact resistance, and dimensional stability. They are widely used in various fields due to their superior properties.
Features of PC Optical Sheets
1. High Light Transmission
Offers light transmittance of 89%-92%, comparable to glass, making it suitable for applications requiring high transparency.
2. Outstanding Impact Resistance
Impact strength is 250 times that of ordinary glass and 30 times that of acrylic sheets, providing excellent safety.
3. Lightweight
Weighs only half as much as glass, making it easy to transport and install.
4. Superior Weather Resistance
UV coatings enhance resistance to ultraviolet rays, preventing aging and yellowing, making it ideal for outdoor use.
5. Easy to Process
Can be cut, thermoformed, drilled, and screen-printed, supporting versatile customization.
6. Flame Retardancy
Self-extinguishing with certifications in multiple international standards (e.g., UL94 V-2/V-0).
Applications of PC Optical Sheets
1. Optical and Display Industry
Screen Protectors: Used in smartphones for scratch resistance and impact protection.
LCD Panels: As substrates for light guide plates, diffusion sheets, or reflective films.
Projectors and Lighting: To manufacture lenses or reflective covers, enhancing optical effects.
2. Safety and Protection
Bulletproof Glass: Combined with glass to create laminated safety glass for banks, jewelry stores, and museums.
Goggles and Face Shields: High transparency and impact resistance for medical and industrial safety equipment.
3. Automotive and Transportation
Instrument Panel Covers: Provides high transparency and scratch resistance for interior automotive components.
Headlight Lenses: Ensures excellent optical performance, improving vehicle lighting.
4. Construction and Decoration
Skylights and Roofing: Used in airports, sports arenas, and shopping malls for large-scale light transmission.
Advertising Light Boxes and Signboards: Offers high durability and clarity for signage and displays.
5. Renewable Energy
Solar Panel Covers: Protects solar cells while maintaining high light transmission and weather resistance.
6. Medical Equipment
Transparent Protective Covers: Used in medical devices to provide transparency and safety.
Future Development of PC Optical Sheets
With growing demands in optical displays, renewable energy, and safety applications, PC optical sheets are evolving toward features such as higher light transmission, blue light resistance, and scratch resistance, offering superior solutions for emerging industries.
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