XPS Sandwich Panels, utilizing extruded polystyrene foam, in

XPS Sandwich Panels, utilizing extruded polystyrene foam, introduce a new generation of insulation materials that offer outstanding advantages compared to traditional insulation materials and even other types of sandwich panels. These advantages include high moisture resistance, excellent fire and heat performance, and high durability and longevity. Thanks to these features, XPS Sandwich Panels have become an ideal choice for a wide array of projects, including industrial, commercial, healthcare, and even cold storage constructions.

Key benefits of using XPS Sandwich Panels include:

• High Moisture Resistance: Due to their closed-cell structure, these panels absorb very little water, preventing the growth of fungi and mold and extending their useful life.
• Excellent Thermal Insulation: XPS foam, because of its unique cellular structure, provides excellent thermal insulation, which can help reduce energy costs and improve energy efficiency in buildings.
• Fire Resistance: XPS is known as a slow-burning material and releases less toxic smoke compared to some other insulation materials in the event of a fire.
• Easy and Quick Installation: XPS Sandwich Panels offer quick and easy installation, which can reduce construction time and costs.
• Affordable Price: Compared to other insulation options like polyurethane, XPS generally offers more competitive pricing, making it a cost-effective choice for projects with limited budgets.

In summary, XPS Sandwich Panels, with the significant advantages they offer, are an excellent choice for a wide range of building and industrial applications.

Utilizing XPS Sandwich Panels in various projects, including the construction and renovation of existing structures, can contribute to increased energy efficiency and improved thermal performance of buildings. Next, we will discuss some of the important applications and considerations for selecting and installing this product.

Residential and Commercial Buildings: Used as insulation for external and internal walls, roofs, and floors to reduce energy loss and improve thermal comfort.

Cold Storage and Cold Warehouses: To create an environment with precise temperature control, prevent heat ingress, and maintain the quality of stored materials.

Petrochemical and Health Industries: Where there is a need for materials with high resistance to chemicals and a need to maintain sanitary conditions.

Renovation Projects: XPS sandwich panels can be used to enhance the insulation performance of older buildings without the need for significant structural changes.

Important Considerations in Selection and Installation:

Thickness and Density: Choose the thickness and density of the XPS panels based on the climatic conditions of the area and the type of building use to ensure the best thermal performance.

Quality Standards: Ensure that the selected product follows international quality standards and has the necessary certifications.

Proper Ventilation: Ensure that a proper ventilation system is in place to prevent moisture accumulation inside the structure when installing XPS sandwich panels.

Attention to Installation Details: Precise execution and adherence to technical details during installation, including connections and sealing, are essential for achieving the best performance and longevity.

Given the remarkable capabilities of XPS sandwich panels in insulation and resistance to various environmental factors, using this product can become a smart choice in the design and execution of construction projects. The right selection and proper installation are key to achieving high performance and long-term energy efficiency.

Reducing Greenhouse Gas Emissions: By improving building insulation performance, energy consumption is reduced, which in turn leads to a reduction in greenhouse gas emissions.

Optimizing Energy Consumption: The use of XPS sandwich panels in roofs, walls, and floors as thermal insulation means that energy for heating or cooling is used more efficiently.

High Durability and Sustainability: The high durability and longevity of these products mean less need for replacement or repair, and consequently, reduced resource consumption and waste production.

Commercial and Office Buildings: To reduce energy costs and increase occupant comfort, the use of XPS sandwich panels in these types of buildings can be effective.

Healthcare Centers and Hospitals: In places where temperature control and sanitary conditions are of high importance, XPS sandwich panels can help maintain a healthy and optimal environment.

Food Industries and Cold Storages: To maintain a constant temperature and prevent sudden changes in temperature that could damage the products, these panels are an ideal choice.

Residential Buildings: Improving thermal insulation and reducing heating and cooling costs are of great importance to homeowners.

XPS sandwich panels, by offering innovative and sustainable solutions, not only assist in improving the performance of buildings but also contribute to environmental conservation and reduce the environmental impacts of construction activities. This makes them a valuable option in today’s construction industry.

With the characteristics mentioned, XPS sandwich panels offer a highly desirable option for use in various construction projects including industrial, commercial, residential, and healthcare. Next, we delve into more detail about these characteristics and their benefits:

Single and Double-Sided Galvanized Sheets: This option provides flexibility in material selection and installation methods for various projects. Using galvanized sheets as the external coating of sandwich panels offers increased corrosion resistance and longer lifespan. Thermal Insulation

High Insulation Performance: XPS foam, due to its closed-cell structure and high density, offers excellent thermal insulation performance, leading to reduced energy loss and savings in heating and cooling costs. Moisture Resistance

Moisture Resistance: One of the standout features of XPS foam is its high resistance to water absorption. This property ensures consistent performance and longer durability of the thermal insulation under various climatic conditions. Permanent Thermal Insulation Durability

Long-term Durability: XPS sandwich panels, due to their physical and chemical characteristics, provide a stable thermal insulation performance that does not degrade over time. Antibacterial

Healthy Environment: This property makes XPS sandwich panels highly suitable for use in sanitary environments such as hospitals and healthcare centers, laboratories, and the food industry. Insect, Rodent, and Pest Impenetrability

Pest Protection: XPS foam creates an unsuitable environment for insects, rodents, and other pests. This feature prevents potential damage to the structure and insulation of the building, helping to maintain hygiene and health.

Given these characteristics, XPS sandwich panels are a preferred choice for designing and implementing projects that aim to optimize energy consumption, durability, safety, and create a healthy environment for occupants and users.

XPS sandwich panels, with their excellent insulation properties, moisture resistance, and durability, have wide applications in the construction of various structures. From industrial warehouses to modern villas, these panels are an ideal choice for creating energy-efficient and durable structures. Next, we explore some of the primary applications and different types of XPS sandwich panels:

XPS Sandwich Panel Applications

Constructing Industrial Warehouses: For creating large column-free spaces with excellent insulation that can control indoor temperatures and prevent moisture accumulation.

Poultry Farms: Temperature and humidity control are crucial for poultry health, making XPS sandwich panels an excellent choice for this application.

Building Cold Storages: Ensuring optimal insulation performance to maintain very low temperatures and prevent heat ingress.

Prefabricated Units and Modular Buildings: To expedite the construction process and provide high insulation performance in small spaces.

Movable Villas: Offering optimal thermal and moisture performance while allowing for mobility and design flexibility.

Types of Aita Sandwich Panels

Double-Sided Sheets: This type, due to having colored galvanized sheet on both sides, offers high resistance to external factors and aesthetic appeal. Suitable for applications requiring an attractive appearance.

Single-Sided Sheets: This type, with one side being a colored galvanized sheet and the other side foam, is suitable for applications that require one side to be aesthetically pleasing and the other to be insulated.

Corrugated: The corrugated surface is used to increase structural strength and create a unique aesthetic in the building's facade.

Smooth: For achieving a modern and uniform appearance, smooth panels are an excellent choice and are suitable for simple and elegant facades.

Single-sided sheet sandwich panels, especially for applications requiring excellent insulation on one side and a suitable appearance on the other, are utilized. The use of XPS foam instead of wire mesh and fiberglass improves insulation performance and guarantees resistance to moisture and pests. This technology provides high-quality, ready-to-install products, reducing both construction time and costs.

XPS sandwich panels, due to the technical and functional characteristics they offer, are suitable for a wide range of construction and industrial projects. These panels serve as a comprehensive solution to challenges related to thermal insulation, moisture resistance, and structural efficiency. Here, we delve deeper into some key aspects and added benefits of using XPS sandwich panels in various projects: Reducing Construction Time and Cost

XPS sandwich panels, with their ease of installation and lightweight, expedite the construction process and help reduce the overall project costs. This advantage is particularly valuable in projects with tight schedules or in adverse weather conditions where working time is limited. Improving Energy Efficiency and Interior Comfort

XPS sandwich panels, with their outstanding thermal insulation performance, contribute to optimizing energy consumption in buildings. This not only leads to reduced heating and cooling costs but also enhances occupant comfort throughout the year. Durability and Longevity

The high resistance to moisture and pests, such as insects and rodents, makes XPS sandwich panels a very durable option. These features extend the lifespan of the structure and reduce the need for repairs and maintenance. Design Flexibility

XPS sandwich panels are available in various designs and textures, including smooth and corrugated. This variety allows architects and designers more flexibility in the design of facades and interiors. Sustainable Option

Striving for sustainability goals and reducing environmental impacts is of special importance. Using recyclable XPS sandwich panels that help reduce energy waste is a positive step towards achieving green and sustainable buildings.

In summary, XPS sandwich panels, with the numerous benefits they provide, are an ideal choice for a wide range of construction and industrial projects. These panels help enhance the quality of structures and improve user experience through improved energy efficiency, cost reduction, and offering high durability and design flexibility.

Superior Thermal Insulation: Retaining heat in the winter and coolness in the summer helps reduce energy costs.

High Moisture Resistance: Very low moisture absorption ensures long-term insulation performance.

Durability and Longevity: High resistance to wear, rot, and pest attack increases the useful life of structures.

Fire Resistance: Adding fire-retardant layers improves the structure's safety against fire.

Economic Efficiency: Although the initial price of XPS sandwich panels may be lower than polyurethane panels, they are more economical in the long run due to reduced energy and maintenance costs.

Application Flexibility: Suitable for a variety of construction projects, including commercial, industrial, and residential buildings.

With their features and outstanding benefits, XPS sandwich panels have become one of the most popular choices in the construction industry. They provide an efficient solution to challenges associated with thermal insulation and resistance to various environmental conditions.

Sandwich panels, due to their flexibility and high performance, are used in various types of construction and industrial projects. Each type of sandwich panel has its own features and applications. Here, we examine and compare the differences between XPS, rock wool, polyurethane, and EPS (Styrofoam) sandwich panels:

Rock Wool Sandwich Panels

These panels are very suitable for sound insulation and are used in places where sound transmission reduction is needed, such as generator rooms. However, due to the high moisture absorption of rock wool, they are not a good option for thermal insulation in humid environments.

Polyurethane Sandwich Panels

These panels are widely used because of their excellent thermal insulation performance and moisture resistance. However, concerns about the toxicity of the materials used in their production and potential risks during fires have created limitations for their use.

EPS (Styrofoam) Sandwich Panels

EPS is used in many construction projects due to its low production cost and good thermal insulation. However, it has lower pressure and moisture resistance and provides poorer long-term performance compared to XPS.

Differences between XPS and EPS

Moisture Resistance: XPS offers much higher moisture resistance due to its closed-cell structure compared to EPS.

Durability and Longevity: XPS has higher durability and a longer lifespan, especially in high-moisture environments, compared to EPS.

Thermal Insulation Performance: Both materials provide good thermal insulation, but XPS generally performs better than EPS, especially under harsh environmental conditions.

Price: EPS is usually cheaper than XPS due to its cheaper production process. However, considering the long-term benefits, XPS can be more economical.

Therefore, the choice of sandwich panel type depends on the specific needs of the project, budget, and environmental conditions. XPS is ideal for applications requiring long-term performance and high moisture resistance, while EPS and polyurethane are suitable for projects with limited budgets and the need for good thermal insulation.

The precise choice of sandwich panel should consider various factors, including project goals, budget constraints, environmental conditions, and legal requirements. Paying attention to several key points can aid in making a better decision:

Attention to Sound Insulation Requirements

If the project requires sound insulation, such as residential buildings located in noisy areas or rooms with loud industrial equipment, using rock wool sandwich panels can be a suitable choice.

Assessing Environmental Conditions

In high-moisture environments or areas where direct contact with water is possible, using XPS sandwich panels due to their high moisture resistance is an optimal choice.

Evaluating the Required Thermal Resistance

For projects highly dependent on thermal insulation, such as cold storages or buildings in very cold or hot regions, special attention to the thermal insulation specifications of sandwich panels is essential. Polyurethane and XPS panels usually offer better performance in this regard.

Considering Fire Safety

Fire safety is important for all buildings. While some sandwich panels like rock wool offer higher fire resistance, it may be necessary to consider approaches like adding fire-retardant layers to enhance safety in other panels.

Economic Considerations and Long-term Durability

Initial costs and long-term maintenance expenses should be considered when choosing a sandwich panel. Sometimes, paying more for a higher quality product with longer durability can be more cost-effective in the long run.

Environmental Compatibility

Considering the environmental impacts and recyclability of sandwich panels after their useful life is also important in choosing sustainable materials.

Taking all these factors into account, selecting the appropriate sandwich panel can improve the overall performance of construction and industrial projects and ensure the achievement of sustainability and efficiency goals.