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20 May

Advantages of transparent polycarbonate in your projects

Transparent polycarbonate stands out as a remarkable material across various industries due to its superior properties that set it apart from other materials. Renowned for its exceptional transparency and impressive robustness, it offers extraordinary durability against diverse impacts, ranging from blows to intense external pressures.

Why is polycarbonate so highly valued? One of the most notable advantages of transparent polycarbonate sheets is their superior resistance compared to glass.

While offering the same level of transparency as glass, polycarbonate is 250 times more impact-resistant while weighing only half as much. This makes it not only an efficient substitute but also a preferred material in contexts where reduced weight and high resistance are essential.

Polycarbonate excels in acoustic and phonetic insulation, adding extra value to applications requiring noise reduction. In construction, its usage is increasingly frequent, benefiting from its adaptability to various processing conditions without being affected by temperature fluctuations.

Key Advantages of Transparent Polycarbonate

Transparent polycarbonate represents an innovative and multifunctional solution in the world of plastic materials, combining the transparency of glass with a series of superior benefits that make it a favorite across diverse applications.

This material is distinguished by its remarkable impact resistance, being 200 times more durable against impacts compared to traditional glass. This property makes it ideal for use in locations exposed to severe weather conditions or areas with heavy traffic.

One of the most appreciated advantages of polycarbonate is its lightweight nature, which simplifies handling and installation while minimizing the structural effort required for supports. This feature, combined with its ability to filter UV rays without compromising clarity, ensures efficient use in both construction and industrial projects.

Polycarbonate also excels in terms of versatility, being available in a variety of thicknesses, colors, and finishes, which allow easy adaptation to the specific requirements of each project. Furthermore, it can be easily cold-formed, opening limitless possibilities for custom and innovative designs.

In addition, these transparent polycarbonate sheets offer significant benefits in terms of energy efficiency and thermal comfort. The material ensures superior thermal insulation, contributing to maintaining a constant interior temperature and reducing energy costs. It also effectively prevents condensation, eliminating humidity-related issues and maintaining an aesthetically pleasing appearance.

In terms of safety, polycarbonate is flame-retardant and resistant to chemicals, two essential properties in industrial environments or high-risk situations. Unlike glass, it does not shatter into hazardous shards, reducing the risk of accidents.

Polycarbonate applications are varied, including roofing and greenhouses, where its durability and transparency are critical. It is the perfect choice for windows, doors, and various forms of protection such as shields and barriers, and its ability to withstand outdoor conditions makes it ideal for signage and advertising panels.

Fields of Application for Transparent Polycarbonate Sheets

Transparent polycarbonate, an innovative and multifunctional choice for various projects and industries, stands out as a top material due to its exceptional durability and flexibility. Easily adaptable and resistant to weather conditions, polycarbonate proves useful in numerous applications requiring superior aesthetic and functional qualities.

In the advertising sector, polycarbonate revolutionizes the fabrication of lightboxes and advertising panels, thanks to its ability to disperse light evenly. This feature enhances visibility, essential for capturing public attention.

In urban transportation, transparent polycarbonate bus shelters are an example of how durability and optical clarity can combine to provide efficient and safe shelter for passengers while maintaining a clean and modern design.

Polycarbonate has also found its place in interior design, being used to create innovative and practical interior decorations such as tables or partitions. This material allows the creation of bright and airy spaces, ideal for modern environments.

In construction, polycarbonate is frequently used for making canopies or pergolas that not only protect against the elements but also allow natural light to pass through, improving the atmosphere of the covered spaces. For roofs and domes, such as those in shopping centers, polycarbonate ensures optimal natural lighting and contributes to the modern aesthetics of buildings.

For residential use, solid polycarbonate sheets in balcony or terrace enclosures provide effective protection against the elements without obstructing the view. Additionally, railings made of this material add a modern and safe element to any residential space.

Transparent polycarbonate stands as a viable and superior alternative to glass in numerous projects, offering a unique combination of advantages that make it an excellent choice for a wide range of applications. Its enhanced resistance, transparency, lightweight nature, adaptability, thermal properties, durability, and safety make it a versatile and valuable material for construction projects, interior and exterior design, as well as various industrial applications.

20 Apr

Transform your patio with polycarbonate: elegance, strength and comfort

Transparent polycarbonate has become a popular choice across various construction and design fields. Initially used predominantly for greenhouse construction, polycarbonate gained popularity thanks to its ability to maintain constant temperatures, fostering plant growth. Over time, its applications have expanded to terrace and pool coverings and even interior design.

Appreciated for their durability and ease of handling and transport, terrace polycarbonate sheets not only enhance the aesthetics of a space but also prove to be an efficient solution for various projects, including roofing.

Tips for Choosing Polycarbonate Sheets for Terraces

When selecting polycarbonate sheets for a terrace, several important factors should be considered. The first step is determining the structure of the terrace, with options such as wood or iron, each offering distinct advantages and disadvantages. While wood is admired for its design appeal, iron stands out for its durability.

After establishing the structure, the next step is selecting the sheets to cover the terrace. A wide range of options is available, from transparent panels that allow significant light penetration to colored sheets that provide increased privacy. Popular shades include gray and brown, along with other colors like blue, opal, red, or green.

A major advantage of polycarbonate sheets is their ability to provide UV protection. When installed with the UV protection facing outward, they repel sunlight and prevent excessive interior heating. Flexible, lightweight, and easy to install, polycarbonate sheets offer durable protection against damage caused by sunlight, rain, or other weather phenomena.

An essential aspect to consider is the thickness of the sheets. For roofs, thicker cellular polycarbonate is recommended to support the weight of snow during winter without damage. For veranda walls, thinner but sufficiently sturdy panels can be used to withstand potential impacts.

Types of Polycarbonate Sheets

Polycarbonate is a versatile and durable material, frequently used in various fields due to its unique properties. There are several types of terrace polycarbonate sheets, each suited for specific applications:

  1. Cellular Polycarbonate: This variant is structured with multiple interconnected layers that provide increased rigidity. The hollow spaces between layers offer excellent thermal and sound insulation, making it ideal for applications where these characteristics are essential.
  2. Compact (Solid) Polycarbonate: Due to its similarity to silicate glass, this type of polycarbonate is highly resistant to scratches and adverse weather conditions such as hail, strong winds, or heavy snow. Furthermore, it is treated to provide UV protection, making it suitable for outdoor use where sun exposure is a major concern.
  3. Profiled (Corrugated or Trapezoidal) Polycarbonate: With a ridged surface, this type of polycarbonate offers high rigidity, often used in construction and roofing. Its shape aids in water drainage and improved strength.

Although not made of polycarbonate, plexiglass (acrylic) sheets are often confused with solid polycarbonate due to their similar appearance. Plexiglass is particularly used in advertising, architecture, healthcare, and the automotive industry. It is important to note that plexiglass and PVC have different structures and uses compared to polycarbonate, crucial considerations when choosing the correct material for a project.

Practical Guide for Building an Enclosed Terrace with Polycarbonate

If you want to transform your terrace into a year-round usable space, a polycarbonate terrace enclosure system is an efficient and aesthetically pleasing solution.

To begin, ensure you have all the necessary tools for installation and fastening: a drill, an electric screwdriver, and a saw for cutting the material. Choosing a suitable support structure, whether iron or wood, is essential to match the overall design of the house.

Use U- and H-type polycarbonate profiles to join the sheets. These ensure effective sealing, protecting the interior space from dust and moisture. When securing the sheets, use screws with pre-drilled holes slightly larger to allow for material expansion. Don’t forget to use polycarbonate washers, which contribute to both solid fastening and thermal insulation.

For the edges of the polycarbonate, apply sealing strips to prevent dust ingress and ventilation strips to facilitate the release of moisture and condensation. These small but important details help maintain a comfortable interior climate.

Regarding access, polycarbonate doors are recommended due to the material’s malleability and ease of handling. Measure carefully and repeatedly before cutting or installing hardware to avoid costly mistakes.

Enclosing the terrace with polycarbonate sheets adds valuable living space to your home, transforming it into an ideal spot for relaxation or entertaining friends, regardless of the season. With careful planning and adherence to installation instructions, you can enjoy this versatile and attractive space for years to come.

Step-by-Step Polycarbonate Sheet Installation

Installing polycarbonate sheets is essential for constructing a durable and functional terrace. Choosing the correct sheet thickness is crucial; for walls, sheets of 4–6 mm are recommended, while for roofs, cellular polycarbonate of 8–10–16 mm should be used. This differentiation ensures the necessary resistance to loads, such as snow during winter, and prevents cracking or splitting.

For proper installation, it is essential to position the sheets vertically, especially for roofs, to prevent moisture accumulation inside. In the case of a curved roof, the ribs of cellular polycarbonate should be oriented along the radius for uniform appearance and optimal strength.

Cutting terrace polycarbonate sheets to the desired size can be done with standard tools, but it’s important to use fine cutting and drilling tools to avoid damaging the material. Cleaning the cut or drilled edges carefully is recommended to achieve a flawless finish.

No matter the type of saw used, adhering to specific rules is fundamental:

  • Ensure the sheet is securely fixed to the workbench to avoid uneven cuts caused by vibrations.
  • Measure and mark the sheets accurately before cutting.
  • Protect your eyes with safety goggles to prevent potential injuries.
  • When using a circular saw, adjust the cutting speed and start the process only after reaching the optimal speed.

For small-scale projects, cutting polycarbonate sheets at home is possible with an electric or manual saw. Following these guidelines will help you achieve precise results and work safely.

18 Mar

How to choose the right polycarbonate for your fence: tips and ideas

Polycarbonate is a type of thermoplastic material known for its strength and durability. It is available in a variety of colors and opacity levels, making it extremely versatile for various applications. Polycarbonate fence panels are easy to handle due to their lightweight and flexibility, significantly simplifying the installation process.

The material stands out for its remarkable insulating properties, with efficiency varying based on the thickness of the sheets and the number of layers or “walls.” Polycarbonate offers excellent protection against ultraviolet radiation and is highly resistant to extreme temperature changes, adverse weather, and severe weather phenomena such as strong winds.

Thanks to its flexibility, polycarbonate can be used in roofing, terrace walls, greenhouses, fences, and even partition walls. This versatility makes it ideal for a wide range of architectural and design projects.

General Aspects of Polycarbonate Panels

Polycarbonate panels represent a modern and versatile option in construction, made from thermoplastic polymers—a safe and durable material. These polycarbonate sheets are characterized by their lightweight nature, remarkable impact resistance, and effective UV protection, along with excellent thermal and sound insulation properties.

The compact variant of polycarbonate has a monolithic structure similar to glass. However, unlike glass, compact polycarbonate panels do not hinder light transmission, making them ideal replacements for traditional windows.

In fact, they are twice as light as glass and over 250 times more impact-resistant. From covered terraces to flower greenhouses, these panels offer excellent solutions for a variety of projects.

The diversity of polycarbonate fence panels is reflected in their wide range of translucent or opaque colors, various sizes, and thicknesses, facilitating their integration into a variety of designs and projects.

Wrought Iron + Polycarbonate Fence = The Right Choice for a Durable Fence

Choosing a wrought iron fence combined with polycarbonate panels not only enhances the aesthetic appeal of the property but also offers increased functionality. Using 4mm smoky polycarbonate is ideal when paired with dark shades of wrought iron, contributing to greater privacy. This combination not only strengthens the privacy barrier but also adds a pleasing visual contrast, enhancing the character and individuality of your outdoor space.

Advantages of Using Polycarbonate for Fences

Polycarbonate stands out for its numerous advantages that increase its popularity. Due to its physical properties, polycarbonate offers an ideal combination of plasticity and excellent light transmission, making it perfect for constructions requiring natural lighting. It is significantly lighter compared to other traditional materials, such as plexiglass panels, making it easy to handle and install.

One of the most appreciated benefits of polycarbonate is its remarkable resistance to large temperature variations, making it suitable for variable climates. Its thermal insulating properties ensure warmth within structures, optimizing energy consumption. The material provides effective UV protection, extending the lifespan of the structure and protecting the health of those using it.

Polycarbonate also stands out for the variety of colors and patterns available, allowing architects and builders to choose options that perfectly match the specific design of each project. No special tools are required for installation, which significantly simplifies the installation process.

Polycarbonate is recognized for its fire safety and superior sound insulation, contributing to a safer and quieter environment. The aesthetic and harmonious appearance it gives to finished constructions is another major advantage, and the fact that it requires minimal investment compared to other materials adds extra value. Its design flexibility and ability to create diverse shapes make polycarbonate fences an increasingly popular choice for a wide range of construction applications.

Guide for Working with Polycarbonate Panels

Working with polycarbonate panels requires attention and adherence to certain rules to ensure the efficiency and durability of your structure. Regardless of your project, here are some important tips:

  1. Choosing the Right Dimensions: The size of the polycarbonate panels is very important for constructing any structure. Make sure to select the appropriate dimensions for your project to achieve the desired results.
  2. Avoiding Harsh Chemicals: It is essential to avoid using cleaning agents containing substances like ammonia, phenol ether, or other aggressive components. These substances can damage transparent polycarbonate panels, affecting their clarity and durability. If you encounter difficulty cleaning the panels, use soft materials and gentle solutions to remove dirt.
  3. Avoiding Sharp Objects: The use of sharp objects near polycarbonate panels is strictly prohibited. These can cause scratches or cracks, compromising the integrity and aesthetic appearance of your structure.

By following these simple rules, you can work efficiently and achieve high-quality results in your projects involving polycarbonate fence panels. Always ensure you follow the work instructions and protect your materials to benefit from a durable and attractive structure.

14 Feb

Polycarbonate roofing: Advantages of a modern and sustainable material

The construction materials industry is continuously expanding, constantly innovating by introducing new materials that facilitate and optimize processes. Among these innovations is polycarbonate, a material that stands out for its versatility and properties adaptable to various needs. Polycarbonate is available in two main forms: solid and cellular, each with specific features that make it suitable for certain applications.

Thanks to its flexibility and ease of handling, polycarbonate roof panels are a preferred choice in a wide variety of applications. These panels can be used in residential construction for both exterior and interior designs, adding a touch of modernity to any space.

Polycarbonate panels are a popular choice in the construction industry, where durability and aesthetics play a significant role. In agriculture, polycarbonate is often used for greenhouse construction due to its insulation properties and resistance to various weather conditions.

Types of Polycarbonate Panels: Diversity and Uses

Polycarbonate is notable for its variety of forms and applications. The most significant types include cellular polycarbonate, solid polycarbonate, and profiled polycarbonate, each with distinct characteristics and specific uses.

  • Cellular Polycarbonate: This type is composed of multiple interconnected layers of plastic. This configuration provides notable rigidity, while the gaps between layers contribute to efficient thermal and sound insulation. This variant is often preferred for roof and wall construction, offering both protection and energy efficiency.
  • Solid Polycarbonate: Also known as monolithic polycarbonate, it resembles silicate glass but boasts increased scratch resistance. These panels are designed to withstand extreme weather conditions, including hail, strong winds, and heavy snow, while UV protection makes them ideal for constructions exposed to sunlight.
  • Profiled Polycarbonate: Also called corrugated polycarbonate, it stands out for its textured surface and enhanced rigidity. These features make profiled panels ideal for roofing, windows, or other applications requiring strong mechanical properties.

It’s worth mentioning that, although some materials like plexiglass or PVC are often mistaken for solid polycarbonate, they have different uses and structures. For example, plexiglass is commonly used in advertising, while polycarbonate roof panels are more frequently employed in construction and industries requiring impact resistance and durability.

Projects Where Polycarbonate Plays a Crucial Role

What is polycarbonate, and in what fields can it be used? Polycarbonate panels are an accessible and efficient solution for various home improvement and outdoor projects, offering an excellent quality-to-price ratio. Due to their properties, these panels are highly sought after in construction materials stores and can easily integrate into a variety of applications.

The uses of polycarbonate panels are diverse and versatile, suitable for enclosing and modernizing terraces and balconies, as well as for creating pergolas and elegant shelters. They can be used for building fences and gates, adding privacy and style to outdoor areas. They are a popular choice for roofing and partition walls for greenhouses, terraces, or pavilions, offering protection against the elements and a visually pleasing design.

Polycarbonate stands out for its ease of installation and handling, being lighter compared to traditional materials like metal sheets. Solid or cellular polycarbonate can successfully replace these materials, providing a modern and luminous aesthetic. Whether it’s roofing for commercial spaces, skylights for industrial halls, or interior decorations, polycarbonate offers innovative solutions for enhancing and expanding living and working spaces.

Complete Guide to Installing Polycarbonate Panels: Tips and Techniques

Proper installation of polycarbonate roof panels is essential for ensuring the durability and functionality of your terrace. Here are some essential tips and techniques to carry out this process efficiently and professionally:

  • Choose the Right Thickness: For terrace walls, opt for polycarbonate panels with a thickness of 4 to 6 mm, while for roofs, use cellular polycarbonate with a thickness of 8-10-16 mm. Ensure the terrace structure can support the weight of snow during winter and prevent cracks or fractures.
  • Types of Panels: Terraces can benefit from a combination of solid polycarbonate panels for walls and cellular polycarbonate panels for roofs. Although solid polycarbonate roofing is a viable option, cellular polycarbonate is more commonly used due to its properties.
  • Roof Slope: Ensure the roof has a slope of at least 5 degrees to allow efficient drainage of rainwater and snow.
  • Panel Installation: During installation, polycarbonate panels must be positioned vertically to avoid moisture accumulation inside. For curved roofs, the ribs forming the cellular polycarbonate should be oriented along the radius, ensuring proper and aesthetic installation.

By following these tips and techniques, you will be able to install polycarbonate panels in a durable and professional manner, providing your terrace with effective protection and a pleasing appearance. Always ensure you follow the manufacturer’s instructions, and if necessary, seek the help of a construction specialist to ensure everything is done correctly.

Efficient Maintenance of Polycarbonate Panels

Polycarbonate requires proper maintenance to extend its lifespan and maintain its aesthetic appearance.

In summer, it is essential to clean polycarbonate panels regularly to prevent dirt and debris buildup. Gentle cleaning with just water and a soft cloth is often sufficient to keep the panels in good condition when done regularly. This method prevents superficial scratches that can occur when dirt is allowed to accumulate.

For terraces covered with polycarbonate roof panels, it is recommended to avoid washing them when exposed to direct sunlight. Heat may cause the material to expand slightly, potentially affecting cleaning effectiveness. Moreover, it is advisable to clean the roof before a significant amount of debris, such as leaves or dust, accumulates to avoid clogging and damaging drainage channels.

In winter, removing snow is an important step. Allowing snow to accumulate on polycarbonate panels for extended periods is not recommended, as its weight can exert excessive pressure on the material, potentially leading to damage.

15 Jan

Costing: Price guide for different types of polycarbonate

Polycarbonate stands out for its superior qualities as a plastic material, renowned for its durability and stability. This versatility makes it ideal for a wide range of construction applications, including industrial and commercial buildings, as well as DIY projects. One of the most remarkable advantages of polycarbonate sheets is their impact resistance, rarely breaking or sustaining damage, making them especially valuable in intensive usage conditions.

The material is lightweight, facilitating handling and installation. Its transparency allows light to pass through, making it perfect for applications such as windows or roofs that require natural lighting.

Polycarbonate is available in various thicknesses and sizes and can be colored to match the aesthetics of a specific project. This flexibility makes it an excellent option for customizing spaces, whether for home upgrades or entirely new constructions, where other materials may not offer the same benefits.

What Is Polycarbonate?

Polycarbonate is used in a variety of applications due to its characteristics. It is tough, amorphous, and transparent, standing out for its high impact resistance, rigidity, thermal insulation, and clarity.

Compared to glass and acrylic, polycarbonate is significantly stronger, making it a preferred choice in construction for greenhouses, canopies, transparent roofs, partitions, and balustrades.

Polycarbonate sheets are lighter than glass and provide UV protection. Their durability, transparency, and ease of handling and installation make them a favored material for various applications.

Types of Polycarbonate

Polycarbonate is used in numerous applications due to its remarkable properties. Available in various forms, it includes cellular, compact, and profiled sheets, each tailored to different uses.

Cellular Polycarbonate

This type of polycarbonate is appreciated for its efficient thermal insulation and controlled light transmission while also providing UV protection.

Thanks to its lightweight yet sturdy structure, it is ideal for exterior constructions such as canopies, verandas, and fences, as well as interior applications like false ceilings and partitions. The number of layers in the sheets varies, increasing thermal insulation with additional layers.

Compact Polycarbonate

Distinguished by a dense and robust structure, it resembles glass but offers much higher impact resistance and superior soundproofing and thermal control. For this reason, compact polycarbonate is often used as a glass substitute for verandas, terraces, and other glazed surfaces, and it can be easily cut to specific dimensions.

Profiled Polycarbonate

Known for its corrugated surface and excellent rigidity, this type of polycarbonate is a common choice for roofing. Its resistance to extreme weather conditions, such as wind, rain, and snow, makes it ideal for outdoor structures.

Regardless of the type, polycarbonate sheets provide efficient and durable solutions for a variety of architectural and design needs, combining aesthetics with functionality in innovative and affordable ways.

Advantages of Polycarbonate

Polycarbonate stands out as a top material in various industries thanks to its exceptional properties. It offers remarkable impact resistance and considerable durability, making it ideal for applications requiring both safety and longevity. With an impressive strength-to-weight ratio, polycarbonate is easy to handle and install, reducing time and associated costs.

One of the most appreciated advantages of corrugated polycarbonate sheets is their superior light transmission, which allows natural illumination of covered spaces, making them a popular choice for greenhouses, roofs, and canopies. These sheets are UV-protected, ensuring the material does not fade and remains resistant to solar radiation over the long term.

Polycarbonate boasts versatility in use, making it extremely adaptable. It can be processed into various forms, from cellular to compact or profiled sheets, effortlessly fitting into different architectural projects. Its availability in a wide range of colors and transparency levels enriches options for designers.

The material is also robust against severe weather conditions, such as strong winds or storms, and offers impressive thermal resistance. Its long lifespan and ability to withstand temperature changes recommend it for extended use without requiring constant maintenance.

How Much Does Polycarbonate Cost?

The cost of polycarbonate sheets is considered highly competitive, especially given the multitude of advantages this material offers. This makes solid polycarbonate an affordable and valuable option for a wide range of applications.

Polycarbonate is notable for its exceptional impact resistance, a key feature contributing to its prolonged durability. This resilience grants it an extended service life, reducing the need for frequent replacements and long-term costs.

The aesthetic appeal of polycarbonate adds to its value. Being available in a wide variety of colors makes it ideal for projects requiring functionality alongside specific aesthetics. Polycarbonate can mimic the appearance of glass while offering additional benefits like reduced weight and enhanced strength without compromising on looks.

When considering polycarbonate costs, it is essential to account for not just the purchase price but also the long-term savings it provides. Initial costs are often offset by its extended lifespan, reduced maintenance needs, and flexibility in use. These features make it a smart investment for those seeking a durable and aesthetic solution at a reasonable price.

To get an accurate cost estimate, it’s best to consult a supplier or visit a specialty store, where you can obtain detailed information about available options and prices tailored to your needs. Comparing offers from multiple suppliers can help you find the best deal.

25 May

Polycarbonate is also successfully used in rural areas

Polycarbonate is also successfully used in rural areas for farm layouts and barn construction

The construction of barns has evolved a lot, and already some designers choose different types of polycarbonate as material for the construction of these spaces. On the one hand to improve the quality of animals life, and on the other to create a more pleasant environment for the workers who work on these farms.

Whether you keep the materials traditionally used to build barns, such as wooden frames, or use modern materials, polycarbonate will pose no problem in assembling these walls and will create a space that will blend in perfectly with the environment.


Source foto: Dezeen

The decision to use a translucent barn exterior is based on the idea that natural light enhances both well-being and productivity, and for visitors, these facades, which allow a close connection between the indoor and outdoor grazing spaces, allow a better understanding of the typical living environment of the animals in question.

According to the architects, during the day the polybarn lets in so much natural light that it feels like being outdoors, while at night the artificial light that illuminates the inside of the barn filters through these translucent walls and creates a spectacular effect.


Source foto: Dezeen

Also, if you take into account the technical constraints of the barn, including having large spaces for the cows as well as specific paths for milking cows, polycarbonate is all the more the best solution. In addition to light, it allows the creation of routes that facilitate the movement of cows in the building according to the order of tasks on the agenda.

You can also read about the applications of polycarbonate, the exceptional results and the unique projects in which it is used in this article: https://www.dezeen.com/2020/08/16/la-shed-architecture-translucent-barn-cows-quebec/

25 May

Sports halls can be upgraded with polycarbonate

Sports halls can be upgraded with polycarbonate.

Polycarbonate is great for refurbishing sports halls, not only because it allows you to create an extremely bright space, but also because it can be cleverly used to awaken the desire to play sport!
And because architects and designers know this, polycarbonate is already a very popular choice when it comes to such projects, whatever the objectives.

Whether an old gym needs to be reinvented and enlarged or simply a new exercise space needs to be created from scratch, polycarbonate is a must.


Source foto: Arch Daily

Replacing translucent parts of existing gymnasiums is an opportunity that many architects around the world have taken advantage of and continue to do so in many different configurations – from using polycarbonate to create completely transparent volumes, to integrating light slots or simply enveloping adjacent spaces.

Clearly, when the aim is to modify an existing building, polycarbonate is all the more appropriate, as it is an excellent means of combining old and new spaces in a modern and innovative structure that reflects the positive and dynamic image of this type of space. The traces of the past are still there, clearly visible, but they are erased in favour of a whole with a unique and intriguing architecture.


Source foto: Arch Daily

It rises to the level of the hallway and clearly indicates a single entrance. It reaches out to join the ground in a shimmering golden movement to guide the eye to the new entrance. The broken lines of the ribbon respond to the sloping roofs of the existing multi-purpose hall, so the design looks as if it always has. The traces of the past are still there, clearly visible, but they are erased in favour of a whole with a unique and intriguing architecture.

And since the aim of the project is to awaken the desire for sport, the architecture of such a project can successfully embody, with the help of polycarbonate, this sporting vocation with a façade that materialises the very idea of movement. The translucency of polycarbonate lends itself perfectly to creating a dynamic effect through the play of light, and it can also be used in various colour combinations.


Source foto: Arch Daily

Combined with other materials, truly impressive effects can be achieved, which attract attention and instil the desire for movement and the feeling of infinite, open space created by the transparency of this material. This is why it is so often chosen as the material of choice for dynamic and modern architectural projects, where the emphasis is on a positive mood!

And polycarbonate is certainly the ideal material for creating such unique spaces, full of dynamism and where natural light sets the tone for the much sought-after sporting activities through unique games!

You can also read about the applications of polycarbonate, the exceptional results and the unique projects in which it is used in this article: https://www.archdaily.com/999283/salle-du-coum-sports-complex-renovation-eno-architectes?ad_source=search&ad_medium=projects_tab

25 May

Polycarbonate – a material with huge potential

Polycarbonate – a material with huge potential

Among polycarbonate’s various applications, it is very often used to transform a building into a low-energy building – polycarbonate panels improve thermal efficiency by capturing solar energy and gradually transferring it to the interior, providing a much higher degree of insulation than glass.

The advantages of polycarbonate in commercial and industrial buildings have been exploited for years. Its versatility, strength and durable properties make it not only an excellent glazing material, but also a superior material for many other applications such as building envelope. And because it finds practical use whatever the building’s purpose, it’s no wonder that polycarbonate will be a priority in building envelope materials for a long time to come.


Source foto: EXTECH

Is polycarbonate the material of the future?

Demand for polycarbonate is growing year on year in the construction industry, and it’s no surprise that statistics predict a doubling of demand globally, especially as the green building movement gains momentum.

Given polycarbonate’s sustainability properties, its durability and the inevitable development of green technologies, this material will rightly be one of the key resources in construction.

Polycarbonate is recyclable and reduces energy consumption – two properties that will ensure its secure future in the booming field of sustainable construction.

In addition, in recent years, innovation in construction has relied heavily on the use of translucent polycarbonate panels. Their applications are very varied, allowing builders to integrate them into a wide variety of building complexes, from public spaces and institutions to residential buildings and artistic spaces.

Very often it is used for its unique aesthetic qualities, such as the natural and diffused lighting it provides.


Source foto: EXTECH

Polycarbonate has been used in construction for over 40 years and still enjoys huge potential as a base material for building envelopes and this is best seen not only in the large number of buildings in which such technologies have been used, but also in the huge demand for such a material.

You can also read about the applications of polycarbonate, the exceptional results and the unique projects in which it is used in this article: https://extechinc.com/polycarbonate-future-architecture/

25 May

Why use translucent polycarbonate on building facades?

Why use translucent polycarbonate on building facades?

Whether you want discreet integration or strong emphasis, the façade is the medium through which we relate to the architecture of a building. Not only does it provide a unique visual experience, it must also be practical, sustainable and able to effectively manage daylighting and ventilation needs. As a point of contact with the outside, the façade has the task of dampening sound and providing protection against climatic conditions such as wind, rain, heat and humidity. In essence, the façade is an architectural story, which can set the tone for the rest of the interior, but it must also perform essential functions to ensure the comfort and safety of users.

When designing a façade, it is crucial to strike a balance between functionality and aesthetics. There are many materials that successfully meet these criteria, but when it comes to creating a light-filled, comfortable environment that offers strength, ease of installation and versatility, the properties of translucent polycarbonate panels seem unbeatable.


Source foto: Arch Daily

Given that polycarbonate has proven to be as effective and versatile as it is attractive, it’s no wonder that it has gone from a simple man-made polymer used predominantly in greenhouses to one of the most popular choices today. The reasons are simple – polycarbonate’s exceptional properties and simple installation methods, which we’ll show you:

Polycarbonate is a translucent thermoplastic with 250 times the strength of glass. In addition, it is tough, amorphous and durable, like most plastics made by distilling hydrocarbon fuels into “fractions”, which are then combined with other catalysts.

Polycarbonate can be shaped by various processes, such as injection moulding or extrusion, and in its raw form is completely transparent.

It is a lighter, more flexible and stronger alternative to glass and offers different levels of translucency, while also being fully recyclable, flame retardant and a good insulator.


Source foto: Arch Daily

Quick and easy to install

Thanks to its low weight, transporting and handling this material is a simple and straightforward task. But remember, before installation, it is important to choose the right type of panels: either double-walled polycarbonate, consisting of two layers, or multi-walled polycarbonate, consisting of three or more layers. Although they have the same properties, they offer different levels of insulation.

Despite the fact that installation methods can vary, the most common remains fixing the frame profiles to the structure by sequentially placing the panels.


Source foto: Arch Daily

Very versatile

Translucent polycarbonate not only offers high performance but also aesthetic versatility, allowing the creation of facades that are as unique as they are spectacular. By transforming direct sunlight into a diffused glow, these filtering surfaces can be used to give the environment the power to induce a particular mood, depending on the project in question.
Polycarbonate can be used to create a relaxing atmosphere, but also a dynamic one, as the material has this ability to add layers of brightness depending on the final environmental effect sought.


Source foto: Arch Daily

Thanks to its versatility, the material offers a wide range of possibilities and options that you can exploit in any of your projects!

You can also read about the applications of polycarbonate, the exceptional results and the unique projects in which it is used in this article: https://www.archdaily.com/979263/why-use-translucent-polycarbonate-on-building-facades?ad_campaign=normal-tag

25 May

Sustainable solutions with modern materials

Sustainable solutions with modern materials

Beyond the inspiring speeches and promises, we believe it’s the practical solutions that really count when it comes to sustainability. To be able to talk about the effectiveness of such solutions requires visible and concrete actions, and Pintaplast’s mission is precisely to help you benefit from optimal, concrete and sustainable solutions. Taking into account the social and environmental impact and looking for responsible alternatives, we believe that long-term responsible practices are needed in this industry.

Despite the fact that recycling processes have advanced significantly in recent years, there are still some challenges in the use of recycled materials, and this is not due to a single factor. Performance, sustainability and even the difficulty of obtaining suitable raw materials are among the factors that still challenge green practices, even though the industry enjoys legitimate support and is constantly growing.


Source foto: Arch Daily

Translucent systems, impressive for their lightness of material and durability, with a useful life of 10-15 years, can be reprocessed once their life is over, thus achieving new applications for them without harming the environment. In other words, they can be given a new lease of life by being recycled. But there are also successful examples that show the possibilities of recycled materials, avoiding landfill or burning

Depending on the raw material, the plates can be grouped into:

  • Post-industrial material: from waste created during the manufacture of plastic products.
  • Post-consumer material: from products used over the years.

In the case of post-industrial, the colour of the product may vary and so may the degree of translucency, but the quality is almost as good as that of the virgin raw material because the product has undergone a single thermal degradation process. In the latter case, however, the colours can only be opaque, as the granules are usually mixed.


Source foto: Arch Daily

Even if it becomes a different product, the piece often retains the characteristics of the original. Polycarbonate, which is not a renewable material but is recyclable, is also subject to these universal recycling rules and sometimes the recycled material can no longer serve the same original purpose because it has been exposed to contamination and ageing.

While some materials, such as steel, allow repeated recycling with minimal loss of performance, there are other materials that lose their qualities and cannot be reprocessed indefinitely. However, polycarbonate is a particularly useful product as it retains many of its properties, even though some characteristics may be altered during the recycling process.


Source foto: Arch Daily

When it comes to the use of recycled materials in the construction industry, there is an important debate about the biases surrounding them. Despite the existence of Environmental Product Declarations (EPDs), which should provide clear information on the characteristics of recycled materials, there are still many gaps in this area, which may limit their use in certain constructions. However, an open culture in the construction sector is crucial for the affirmation of recycled materials and the conservation of resources and environment.

You can also read about the applications of polycarbonate, the exceptional results and the unique projects in which it is used in this article: https://www.archdaily.com/997035/upcycling-polycarbonate-trapezoidal-and-corrugated-sheets-from-waste?ad_source=search&ad_medium=projects_tab&ad_source=search&ad_medium=search_result_all

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