Blaugelb Triotherm profiles are an innovative solution that performs exceptionally well in sealing window joint gaps. In this article, we present the functions and applications of these profiles, the benefits of effective sealing, and examples of their practical use. Learn more about the role of blaugelb Triotherm+ profiles as a load-bearing and stable installation surface for structural elements, as well as their impact on reducing thermal bridges. We also present the advantages and properties of these profiles and discuss their technical parameters.
blaugelb Triotherm+ profile - the ideal solution for window installation in insulation
The blaugelb Triotherm+ profile is an indispensable element of the blaugelb Triotherm+ system, which fulfils perfectly the function of sealing window joint gaps in accordance with applicable regulations. Thanks to their design and properties, these profiles provide effective protection against moisture penetration and heat loss, which is crucial for the thermal insulation of buildings.
The blaugelb Triotherm+ profile is widely used in practice, especially for window installation in wall openings at the facade insulation level. Thanks to their dimensional and volumetric stability as well as high strength, these profiles effectively transfer all loads to the load-bearing structure, ensuring the stability and durability of the entire structure. In addition, thanks to the waffle structure, blaugelb Triotherm+ profiles adhere perfectly to the building substrate, which increases sealing effectiveness and minimizes thermal bridges.
blaugelb Triotherm+ profiles as a load-bearing and stable installation surface for structural elements
blaugelb Triotherm+ profiles play an important role as a load-bearing and stable installation surface for structural elements at the facade insulation level. They are perfectly suited for extending the wall opening, creating a stable surface on which various structural elements can be installed. As a result, the entire structure becomes more durable and stable.
The mechanical fastening of blaugelb Triotherm+ profiles ensures safe transfer of loads to the load-bearing structure. Thanks to their high strength and dimensional stability, these profiles can safely transfer all forces that occur during building use. This guarantees the durability and reliability of the entire structure.
Using the blaugelb Triotherm+ profile as an installation surface for structural elements has many advantages. First, it provides effective sealing of window joint gaps in accordance with applicable regulations. Second, thanks to their low weight and compact dimensions, these profiles are easy to install and do not take up much space. Third, their waffle structure increases the adhesion of the seal between the building substrate and the profile, minimizing thermal bridges. Finally, blaugelb Triotherm+ profiles are resistant to moisture and ageing, making them durable and reliable over a long period of time.
blaugelb Triotherm+ profiles and thermal bridge reduction
blaugelb Triotherm+ profiles play a key role in minimizing thermal bridges resulting from the static fastening of structural elements. Thanks to their design and properties, these profiles effectively reduce heat loss by eliminating points where cold air infiltration or heat loss from inside the building could occur.
Technical tests confirm that blaugelb Triotherm+ profiles effectively minimize thermal bridges at the level of fastening structural elements. Thanks to their waffle structure and high adhesion to the building substrate, these profiles provide airtightness and thermal tightness, which is crucial for effective thermal insulation of facades. Reducing thermal bridges also contributes to energy savings and improved thermal comfort inside the building.
Advantages and properties of blaugelb Triotherm+ profiles
blaugelb Triotherm+ profiles have many advantages and properties that make them an excellent choice for installing structural elements at the facade insulation level. Here are a few of them:
- Dimensional and volumetric stability of blaugelb Triotherm+ profiles - These profiles are characterized by high dimensional and volumetric stability, which means they do not deform under load. This ensures the durability and reliability of the entire structure.
- Moisture resistance and ageing resistance - blaugelb Triotherm+ profiles are resistant to moisture and ageing, making them durable and reliable over a long period of time. They do not lose their properties even in difficult weather conditions.
- Recyclability and absence of environmentally harmful substances - These profiles are 100% recyclable, which means they can be reused after the end of their service life. In addition, they are free from environmentally harmful substances such as HCFC, HFC, and HBCD.
- A major contribution to sustainable construction through reversible window fastening during renovation - The blaugelb Triotherm+ profile enables reversible window fastening, which is important during building renovation. Thanks to this, windows can be replaced easily and safely without damaging the structure.
- Ease of processing and installation of blaugelb Triotherm+ profiles - These profiles are easy to process and install. They can be precisely cut and extended using a dovetail joint. This allows them to be adapted to the individual needs and requirements of a specific project.
- Low content of toxic substances in accordance with EC1 Plus. Once installed, they are not harmful to people living in the building.
Thanks to these advantages and properties, blaugelb Triotherm+ profiles are an excellent solution for the installation of structural elements at the facade insulation level. They provide durability, reliability, and energy efficiency for the entire structure, while also contributing to sustainable construction.
Technical parameters of blaugelb Triotherm+ profiles
The technical parameters of Triotherm profiles are crucial for their effectiveness and strength. Below are the most important parameters of these profiles:
|
Parameter
|
Value
|
|---|---|
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Permissible compressive load at max. total deformation of 2%
|
1260 kg dm²
|
|
Permissible compressive load for 60 x 40 mm (blaugelb installation block)
|
5800 N
|
|
Permissible compressive load for 210 x 53 mm (blaugelb HST support plate)
|
15510 N
|
|
Reaction to fire
|
DIN 4102-1:1998-05 / DIN EN 13501-1:2019-05 B2/ class E
|
|
Declared thermal conductivity value Lambda 10
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DIN EN 12667:2001-05 - 0.0375 W/m*K
|
|
Air permeability
|
EN 12207 - class 4
|
|
Water vapour diffusion resistance
|
DIN EN ISO 12086 - 228 micro
|
|
Bending strength
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DIN EN 12089 - ≥ 2490 kPa
|
|
Compressive stress at (2%) compression deformation
|
DIN EN 13163:2017/EN 826:2013-05 - ≥ 21435 kPa
|
|
Shear strength
|
DIN EN ISO 14130 - 0.217 N/mm²
|
|
Screw pull-out resistance value (frame fixing screw FK-T30 7.5 x 62 mm)
|
2100 N
|
|
Water absorption after 28 days of storage underwater
|
DIN EN ISO 12087 - ≤0.5% vol.
|
These parameters confirm the high strength, durability, and effectiveness of blaugelb Triotherm+ profiles. They ensure structural stability, minimize thermal bridges, and provide effective thermal insulation of facades. In addition, these profiles are compatible with commonly used building materials, which facilitates their installation and integration with other structural elements.
Certificates / Standards / Norms
- ift Rosenheim
- Passive House Systems
- Cradle to Cradle
- ETA
- EC1 Plus
- ETB
- RC2 / RC3
- nZEB
Example projects
How to contact the Triotherm+ experts
If you have any questions, suggestions, or need advice regarding Triotherm+ profiles, contact our experts. We are ready to answer all your questions, provide professional advice, and help you place an order.
To get in touch with us, you can use the contact information below:
- Phone: +48 577 170 500 ext. 7
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Our experts are at your disposal and will be happy to answer any questions regarding blaugelb Triotherm+ profiles. We provide fast and professional customer service to ensure your satisfaction with our products and services.
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