Product

Dynafoam® Board XPS Thermal Insulation Boards

Dynafoam® Board XPS Thermal Insulation Boards

Dynafoam Board XPS Thermal Insulation Boards are produced in our factory located in Izmir Tire Organized Industrial Zone, covering 14,000 m² of indoor and 22,000 m² of outdoor space. These boards are manufactured based on the 21 years of technical and commercial experience of Dinamik, with a focus on superior quality to meet the growing need for energy conservation today.

The construction of the facility began in late 2010, and production started in July 2011. Dinamik, with its ability to make quick decisions based on needs and implement them effectively, aims to provide uninterrupted service to its customers with a portfolio of over 4,000 material items in the insulation sector.

Dynafoam Board XPS thermal insulation material has gained the satisfaction of users and applicators due to its high performance in insulation. Promoted with the slogan "Correct Insulation is a Profitable Investment", Dynafoam Board XPS insulation boards are ideal for use in roofs, walls, floors, and various specialized applications.

Insulation Applications for Walls

• Exterior Wall Insulation / Interior Wall Insulation / Column and Beam Insulation / Curtain Wall Insulation

Exterior Wall Insulation:
Wall insulation applications can be defined as either exterior surface or between-wall applications. If Dynafoam Board is applied with the same thickness in both applications, the resulting insulation performance will be identical. The Dynafoam Board panels used on exterior surfaces should have one side with vertical channels and rough texture, while the other side should also be rough. For interior wall insulation, both sides should be rough. In sandwich wall applications, both surfaces should also be rough. The exterior insulation (cladding) system is one of the most widely applied methods due to its advantages in exterior wall insulation.

Moisture seen inside buildings is often caused not by water entering through cracks in the exterior facade, but by insufficient wall thickness and the lack of insulation in the walls.

Interior Wall Insulation:
Although the most efficient method for wall insulation is external insulation, if it is not possible, interior insulation is applied. In interior wall insulation applications, it is essential that the surface to which the boards are adhered is clean and dry. Dynafoam Board panels are attached to interior wall surfaces using cement-based adhesive mortar. If the height is less than 3 meters, the panels may not require dowels. After applying a mesh tape to the joints, a direct application of plaster or standard gypsum boards is done. If painting is to be done, a thin layer of satin plaster is recommended.

Column and Beam Insulation:
Thermal bridges occur where building materials with different thermal conductivities connect, intersect, or overlap, such as in columns and beams. In reinforced concrete structures, if elements like columns, beams, lintels, and floors are not insulated from the outside, they form thermal bridges. The necessity of insulating thermal bridges is not only due to energy loss but also because untreated thermal bridges can negatively impact indoor comfort due to decreased surface temperatures, potentially causing condensation, mold, cracking, and other issues. Proper design and insulation of thermal bridges provide significant benefits.

Curtain Wall Insulation:
In curtain wall systems, external insulation is considered the most suitable method from a building physics perspective. It wraps the building like a mantle, preventing cold bridges, reducing stress and cracking due to temperature fluctuations, and keeping the structure dry through ventilation. In buildings like offices and schools, where heating systems are turned off intermittently (e.g., at night), maintaining indoor temperatures is crucial. In multi-story buildings using curtain wall systems, systems for air conditioning, ventilation, and heating/cooling are also essential for creating optimal thermal comfort. Proper thermal insulation is vital to ensure that these systems function effectively and provide the desired indoor climate.

Roof Insulation:
For terrace roofs, drainage of accumulated water is ensured by applying sloped concrete on top of the existing floor. After drying, a primer is applied, followed by a double layer of waterproofing membrane. Once the waterproofing is complete, Dynafoam Board XPS insulation boards are installed in a staggered pattern without leaving gaps between the boards. Geotextile fabric or polyethylene film is laid over the system, followed by a covering mortar, completing the system. (Walkable Terrace Roof)

Advantages:

• Protects the roof's most sensitive layer, waterproofing, from all kinds of damage.
• Ensures that the insulation maintains a temperature close to room temperature in winter.
• Eliminates the need for vapor barriers, vapor regulators, separating layers, and protection screeds, saving on costs.
• Simple and practical application.
• Terrace details are highly compatible with building physics.
• Provides long-lasting insulation performance throughout the building's lifespan.
• Maintenance costs are lower compared to other materials.
• Makes terrace water testing easy, allowing potential issues to be detected early in the construction phase.
• Heats the space quickly and evenly in all areas.
• Dynafoam Board XPS insulation boards are glued to finished waterproofed vertical walls using bitumen-based adhesives. The system is further protected by geotextile fabric or drainage boards.

This comprehensive insulation solution ensures both high performance and cost-effectiveness, providing excellent thermal comfort and energy savings in various applications.