◪ Name：Polycarbonate curtain wall panels - the secret weapon for creating perfect buildings

◪ Thickness: 40mm milky white diffusion sheet
◪ Case address: Zhejiang Jiaxing Service Area
This curtain wall panel is made of new polycarbonate raw materials. The material is tough and durable, not afraid of wind and rain, and is easy to install, saving time and effort.

The building facade chooses milky white diffusion color, which is easy to shape and can present a frosted glass-like texture; at night, the whole building will light up with the wind, whether it is crystal clear under the light or quiet and deep in the shadow, it will make people intoxicated in a second.

If you are also worried about decorating the building, you might as well try this polycarbonate curtain wall panel. I believe it will bring you a different surprise!

#polycarbonate curtain wall #steel structure #facade #architectural design #curtain wall #steel structure engineering #light steel structure #polycarbonate solid sheet #design #architectural aesthetics #hollow sheet

Polycarbonate hollow sheets have become a popular material in various industries due to their versatility, durability, and aesthetic appeal. One of the most frequently asked questions about these sheets is whether they can be bent. The answer is yes, polycarbonate hollow sheets can be bent, and this capability opens up numerous possibilities for creative and functional applications. Here’s an look at how can polycarbonate hollow sheets be bent for creative designs

1. Properties of Polycarbonate Hollow Sheets

- Flexibility: Polycarbonate hollow sheets are inherently flexible, which allows them to bend without breaking or cracking. This flexibility is a key feature that makes them suitable for a wide range of applications.

- Durability: Despite their flexibility, these sheets are highly durable. They are resistant to impact, UV radiation, and extreme weather conditions, making them ideal for both indoor and outdoor use.

- Lightweight: The lightweight nature of polycarbonate hollow sheets makes them easier to handle, transport, and install compared to heavier materials like glass or metal.

2. Methods for Bending Polycarbonate Hollow Sheets

- Cold Bending: Cold bending is the most straightforward method for bending polycarbonate hollow sheets. This process involves bending the sheets without the application of heat. The sheets are typically clamped into a frame or guide that holds them in the desired curve until they are securely installed. Cold bending is suitable for creating gentle curves and is widely used due to its simplicity and cost-effectiveness.

- Heat Bending: For more complex or tighter curves, heat bending is the preferred method. This process involves heating the polycarbonate sheets to a specific temperature to make them more pliable. Once heated, the sheets can be shaped over a mold or form and then allowed to cool in the desired shape. Heat bending requires specialized equipment and precise temperature control to avoid damaging the sheets.

3. Applications of Bent Polycarbonate Hollow Sheets

- Architectural Designs: Curved polycarbonate hollow sheets are often used in modern architectural designs to create curved walls, roofs, canopies, and skylights. Their ability to transmit light while providing structural integrity makes them ideal for these applications.

- Interior Design: In interior spaces, bent polycarbonate sheets can be used for dynamic room dividers, partitions, and decorative elements. Their flexibility allows designers to create unique and innovative designs that enhance the aesthetics of any space.

- Signage and Displays: Bent polycarbonate sheets are also popular for creating curved signage and displays. Their modern and sleek appearance captures attention and adds a professional look to commercial spaces.

4. Advantages of Bending Polycarbonate Hollow Sheets

- Enhanced Aesthetics: The ability to bend polycarbonate sheets allows for more creative and visually appealing designs. This can significantly enhance the look of buildings and interior spaces, making them stand out.

- Improved Functionality: Curved polycarbonate sheets can improve the functionality of a space by creating smooth, flowing lines and eliminating sharp corners. This can lead to better movement and accessibility within a space.

- Light Diffusion: The natural light diffusion properties of polycarbonate are enhanced in curved applications, creating a softer and more evenly lit environment. This is particularly beneficial in areas where natural lighting is preferred.

- Durability and Maintenance: Bent polycarbonate sheets retain the same durability and low maintenance requirements as flat sheets. They are resistant to impact, UV radiation, and harsh weather conditions, ensuring long-lasting performance.

5. Considerations for Bending Polycarbonate Sheets

- Design Specifications: When planning to bend polycarbonate sheets, it’s essential to consider the specific design requirements, including the radius of the curve, sheet thickness, and installation method.

- Professional Installation: While cold bending can often be done on-site, heat bending typically requires professional installation to ensure the sheets are heated and shaped correctly without compromising their integrity.

- Support Structures: Adequate support structures are necessary to hold the bent sheets in place and maintain their shape over time. This includes frames, clamps, and other supporting elements that ensure stability and safety.



Curving polycarbonate hollow panels for creative designs offers numerous benefits, from aesthetic enhancements to improved functionality and durability. By understanding the properties of these panels and the techniques for bending them, architects and designers can explore innovative design possibilities that elevate the visual and practical aspects of their projects. Whether for architectural features, interior design, or signage, curved polycarbonate panels provide a versatile and attractive solution that meets a wide range of design needs.

◪ Name：Polycarbonate hollow sheets form a "floating light box"-like building facade

◪ Thickness: 8mm thick polycarbonate hollow sheet
◪ Case address: Shenyang
In this space, "polycarbonate hollow sheet" appears as the main material. The building facade is made of this simple color, light-transmitting material, with built-in light strips, creating a translucent and light effect of the building, like a "floating light box".

We also continued the material of the internal space, and the partition of the clinic also uses polycarbonate hollow sheet to echo the external space.

#space design #interior design #decoration inspiration #polycarbonate hollow sheet polycarbonate solid sheet #hollow sheet #decoration material #decoration design #building facade design

◪ Name：Transparent texture and industrial aesthetics fusion: polycarbonate hollow sheet factory facade

◪ Thickness: 40mm
◪ Case address: Industrial plants
Polycarbonate hollow sheets have emerged as a remarkable choice for restaurant facade design, offering a seamless blend of aesthetics and functionality. These transparent panels allow for abundant natural light to flood the interior, creating a warm and inviting ambiance that enhances the dining experience. Boasting exceptional durability and weather resistance, polycarbonate hollow sheets require minimal maintenance while withstanding the elements. By incorporating these innovative materials, restaurant owners can elevate the curb appeal of their establishments, captivating both new and returning customers with a modern and visually striking facade.

#PolycarbonateHollowSheets#RestaurantFacadeDesign#NaturalLight#Durability#VisualAppeal

Ancient buildings are not just structures; they are living testimonies to the past, embodying history and culture. Preserving these architectural treasures is crucial, not only for their aesthetic value but also for educational purposes. When it comes to ensuring safety while maintaining the integrity and appearance of these historical sites, innovative materials like red polycarbonate sheets can be a game-changer. Here are some of the key benefits of using red polycarbonate sheets as guardrails in ancient architecture:

1. Aesthetic Harmony

Red polycarbonate sheets can blend seamlessly with the traditional colors often found in ancient architecture, such as terracotta, brick, and wood. This color choice helps maintain the historical ambiance and visual appeal of the site without clashing with the original design elements.

2. Durability and Weather Resistance

Polycarbonate is known for its exceptional durability and resistance to weather conditions. In regions where ancient structures are exposed to harsh elements, red polycarbonate guardrails can withstand extreme temperatures, UV rays, and moisture without degrading or losing their color. This ensures long-lasting protection for both visitors and the historic building itself.

3. Lightweight Yet Strong

Unlike heavy metals or stone, polycarbonate is lightweight yet strong. This makes installation easier and less intrusive, minimizing the impact on the structural integrity of the ancient building. It also reduces the load on the existing infrastructure, which is especially important for older structures that may not be able to support heavier materials.

4. Easy Maintenance

Red polycarbonate guardrails are easy to clean and maintain. They do not require regular repainting or extensive upkeep, making them a cost-effective solution for preserving historical sites. The smooth surface of the material resists dirt and grime buildup, ensuring that the guardrails remain attractive and functional over time.

5. Safety and Compliance

Safety is paramount when it comes to public access to ancient buildings. Red polycarbonate guardrails meet modern safety standards and can help prevent accidents by providing clear visual barriers. The vibrant red color also acts as a visual cue, alerting visitors to potential hazards and guiding them safely through the site.

6. Customizability

Polycarbonate sheets can be cut and shaped to fit any architectural requirement, making them ideal for the unique dimensions and designs of ancient structures. This flexibility allows for precise installations that enhance the overall aesthetics and functionality of the guardrails.



In conclusion, the use of red polycarbonate sheets as guardrails in ancient architecture offers a harmonious blend of modern functionality and historical preservation. The red polycarbonate board is matched with such an ancient building to show the elegance and grandeur, and has the characteristics of Chinese style#The beauty of ancient buildings