What Is ODE Isıpan (XPS Board)?
Selecting the right thermal insulation material is essential for improving energy efficiency, creating sustainable buildings, and enhancing indoor comfort. ODE Isıpan is an extruded polystyrene (XPS) insulation board that provides excellent thermal insulation performance, moisture resistance, and long-term durability. Thanks to its high compressive strength and low thermal conductivity, it can be safely used in a wide range of applications from foundations to roofs.
What Is ODE Isıpan?
ODE Isıpan is a thermal insulation board manufactured from XPS (Extruded Polystyrene) foam with a closed-cell structure. This closed-cell technology minimizes water absorption and enables the product to maintain its insulation performance even in humid environments for many years. It is commonly produced in pink or blue colors and is available in various thickness options.
Technical Specifications
| Property | Value / Description |
|---|
| Material | Extruded Polystyrene Foam (XPS) |
| Thermal Conductivity (λ) | 0.030 – 0.035 W/m·K |
| Compressive Strength | 250 – 700 kPa (depending on product type) |
| Water Absorption | Very low (closed-cell structure) |
| Fire Classification | Class E (optional Class B1 versions available) |
| Thickness Range | 20 mm – 100 mm |
Applications
ODE Isıpan can be effectively used in various parts of a building, including:
- External wall insulation systems (EIFS)
- Foundation and retaining wall insulation
- Under-floor insulation applications
- Cold storage facility walls and floors
- Roof and terrace insulation, including inverted roof systems
- Swimming pool and water tank exterior wall insulation
Advantages
High Thermal Insulation Performance
Its low thermal conductivity helps reduce heat loss and contributes to significant energy savings.
Water and Moisture Resistance
The closed-cell structure resists water absorption, making it particularly suitable for foundations, basements, and ground-contact applications.
High Compressive Strength
Provides excellent resistance to compression in load-bearing and floor applications without deformation.
Easy Installation
Its lightweight structure and ease of cutting allow for quick and efficient installation.
Environmentally Friendly
Manufactured using environmentally conscious technologies and designed to be recyclable.
Installation Process
1. Surface Preparation
The application surface should be clean, dry, and level.
2. Adhesive Application
Boards are fixed using polyurethane-based or cement-based adhesives.
3. Mechanical Fixing
For exterior wall applications, additional anchoring with insulation fasteners is recommended.
4. Finishing Layer
The system is completed with reinforced base coat plaster, fiberglass mesh, and a decorative finish coat.
Frequently Asked Questions (FAQ)
What is the difference between ODE Isıpan and EPS insulation?
As an XPS-based product, ODE Isıpan offers lower water absorption and higher compressive strength than EPS insulation boards. This makes it particularly advantageous for foundations, floors, and roof applications where moisture exposure and structural loads are significant.
Which thickness should be selected?
Depending on the application, thicknesses between 30 mm and 80 mm are commonly used. Specialized projects such as cold storage facilities may require thicker insulation boards.
How does it perform in terms of fire resistance?
Standard products are classified as Class E. Upon request, higher fire-performance alternatives such as Class B1 products may also be available.
Does it cause cracking on exterior facades?
When installed with the appropriate system components, reinforced base coat, and fiberglass mesh, it provides long-term durability without causing cracking.
Conclusion
ODE Isıpan XPS insulation boards provide an effective solution for improving energy efficiency, reducing heat loss, and enhancing building durability. With excellent moisture resistance, high compressive strength, and reliable thermal performance, they are widely used in residential, commercial, and industrial construction projects.