FAQs
PC sheets are suitable for a variety of processing methods, including:
Cutting: Laser cutting, precision milling.
Bending: Hot bending, cold bending.
Drilling: Drilling, punching.
Polishing and Grinding: Improving surface smoothness.
Printing: Screen printing, UV printing.
Thermoforming: Used for complex 3D shaping.
Hot bending of PC sheets requires heating at 150-170°C to soften the material, then bending it into the desired shape using molds or manually.
Use a hot air circulation oven or infrared heating equipment to ensure uniform temperature.
It’s important to avoid overheating during the process to prevent surface damage or color changes.
After bending, the PC sheet cools quickly and retains its shape.
The cutting of PC sheets should be done with suitable tools and methods:
Laser cutting: Suitable for thin sheets (usually <5mm), providing smooth and burr-free edges.
CNC milling: Suitable for thicker sheets, allowing for precise cutting.
Use appropriate tools to avoid overheating or discoloration during cutting.
Use dust extraction systems to prevent dust or heat from affecting the sheet surface.
PC sheets have excellent weather resistance and can withstand high temperatures, low temperatures, and UV exposure.
• However, their UV resistanceis relatively poor, so it’s common to add UV coatings to enhance outdoor durability and prevent yellowing from prolonged sun exposure.
• Suitable for outdoor applications like advertising signs, protective shields, and canopies.
PC sheets have a relatively hard surface with good scratch resistance, but they can still be scratched or marked under strong force.
• Using a protective filmcan reduce scratching during processing and transportation.
• For high-demand surfaces, surface hardening treatmentscan enhance scratch resistance.
PC sheets, due to their excellent mechanical properties and transparency, are widely used in various industries:
Construction: Transparent roofing, windows, fences.
Transportation: Car windows, vehicle interiors.
Electronics: Electronic device casings, display screen protection.
Advertising: LED light boxes, advertising signs, display racks.
Medical: Protective shields, equipment casings.
Yes, PC sheets are commonly used for outdoor advertising signs, but attention should be paid to their UV resistance. To enhance their durability outdoors, we recommend applying UV protective coatings to prevent discoloration or degradation from prolonged sun exposure.
If temperature and equipment are not controlled properly during processing, it may affect the transparency of PC sheets.
Cutting and drilling: If the tools are not sharp or the operation is improper, it may result in rough edges, surface fogging, or discoloration.
Hot bending: If the temperature is too high or uneven, it may cause discoloration or bubbling on the surface, affecting transparency.
PC sheets can be processed in thicknesses ranging from 0.5mm to 20mm or even thicker.
• Generally, 1mm-6mmsheets are commonly used for display racks, light boxes, and other lightweight applications.
• Thicker sheets ( >6mm) are used for heavy-duty applications like safety shields and equipment enclosures.
When cleaning PC sheets, avoid using solvents or corrosive chemicals.
• It’s recommended to use mild soap waterand a soft cloth to wipe the surface.
• For stubborn stains, use a professional plastic cleaner, and avoid using hard brushes or strong cleaners.
PC sheets can withstand a continuous use temperature range of -40°C to 120°C, and can briefly withstand temperatures up to 135°C.
• It has good high-temperature resistance, but prolonged exposure to high temperatures may degrade its performance.
• At very low temperatures, PC sheets may become brittle, requiring extra caution.
PC sheets have excellent optical clarity, with a light transmission rate of up to 88%, similar to glass transparency.
• They are suitable for applications that require high transparency, such as display panels and transparent covers.
• Transparency may change slightly after certain heat treatments or processing, so temperature control is essential.
PC sheets have high toughness and are less prone to cracking, but they may crack under extreme temperatures or severe impact.
• Avoid using them in extreme conditions, such as large temperature variations or excessive bending.
• Their crack resistance can be enhanced through surface hardening treatments.
PC sheets are recyclable and can be reused through mechanical recycling.
• Recycled PC material can be used to make new PC sheets or other products, reducing waste.
• During recycling, it’s important to sort, clean, and remove contaminants.
PC sheets may yellow over time if they are not treated with UV protection and are exposed to sunlight for prolonged periods.
• The yellowing is caused by UV radiation, which can typically be prevented by adding a UV coating.
• Choosing high-quality PC sheets can effectively prevent yellowing.
The density of PC sheets is approximately 1.20-1.22 g/cm³, much lighter than glass while maintaining good strength and lightness.
• This density offers a good balance between weight and strength.
PC sheets can be improved with various surface treatments such as coating, matte finish, or scratch-resistant treatment.
• UV Coating: Enhances weather resistance and prevents yellowing
• Scratch-resistant Coating: Improves scratch resistance, suitable for high-demand surfaces
• Matte Finish: Used for decorative purposes or to reduce gloss
PC sheets can be painted, but specialized plastic coatings are recommended.
• Primer: Use a primer designed for plastic materials to enhance adhesion.
• Coating: Use paints that are suitable for PC sheets to avoid peeling or cracking.
For large-scale painting, it is recommended to first sand the surface to improve adhesion.
PC sheets have low thermal conductivity, approximately 0.2 W/m·K, which gives them good thermal insulation properties in high-temperature environments.
• This is one of the reasons why PC sheets are often used for equipment casings, protective covers, and other products.
PC sheets have extremely high impact strength, one of the highest among common plastics.
• Their impact resistance is 250 times that of glass, making them suitable for applications that require high impact resistance, such as protective shields, helmets, car windows, etc.
• Due to their high toughness, PC sheets are perfect for products requiring high safety standards
Acrylic sheets are suitable for a variety of processing methods, including:
• Cutting: Laser cutting, precision milling
• Bending: Hot bending, cold bending
• Drilling: Drilling, punching
• Polishing & Grinding: Improving surface smoothness
• Printing: Screen printing, UV printing
• Thermoforming: Used for complex 3D shaping
Hot bending of acrylic sheets requires heating at 150-170°C to soften the material, then bending it into the desired shape using molds or manually.
Acrylic sheets have excellent weather resistance, able to withstand UV rays and climate changes. They are commonly used for outdoor signage, billboards, and canopies.
Acrylic sheets without UV coatings may yellow over time if exposed to sunlight. Using UV protective coatings can effectively prevent this.
When cleaning acrylic sheets, avoid using solvents or abrasive cleaners. It’s recommended to use mild soap water and a soft cloth to clean the surface, avoiding scratches or damage.
Acrylic sheets are relatively prone to scratches, so surface hardening treatments are often applied to improve scratch resistance.
Yes, acrylic sheets are ideal for making display racks, especially for transparent and custom-shaped displays.
Acrylic sheets can be screen printed, commonly used for making signage, advertisements, and other decorative products.
Acrylic sheets have a maximum use temperature of 80°C-90°C, beyond which they may deform or melt.
Acrylic sheets typically range in thickness from 0.5mm to 50mm, but can also be custom-made in thicker sizes.
Acrylic sheets are widely used in advertising, display, lighting, construction, and medical industries, such as signage, light boxes, display racks, and partitions.
Standard acrylic sheets have limited UV resistance. However, applying a UV coating can significantly enhance UV resistance and extend their lifespan.
Yes, acrylic sheets are recyclable, and waste materials generated during processing can be reused to reduce waste.
Acrylic sheets have very high transparency, with light transmission up to 92%, similar to glass, making them ideal for applications requiring transparency.
Acrylic sheets have some inherent aging resistance, but prolonged exposure to sunlight may cause yellowing. Using a UV coating can effectively delay the aging process.
Acrylic sheets are lighter and have higher impact resistance than glass, making them ideal for use as safety glass, such as windows, barriers, and partitions.
Acrylic sheets can be treated with frosting, sandblasting, UV coating, scratch-resistant coating, and other surface treatments to enhance durability and aesthetics.
Acrylic sheets are flammable, but their fire resistance can be improved by adding flame retardants, making them suitable for low fire-risk environments.
Acrylic sheets offer good resistance to most chemicals but have limited resistance to strong acids, strong bases, and solvents.
Acrylic sheets have high processing accuracy, achieving an error range of 0.1mm, suitable for precision machining and customization.