At STAC, we are always at the forefront of innovation to offer solutions that improve energy efficiency and sustainability in construction. A clear example of our commitment is HITEP polyamide, a material that has revolutionised thermal insulation in polyamide profiles.
HITEP polyamide is an advanced solution designed to reduce the thermal conductivity of profiles by up to 37%. This results in a significant improvement in system efficiency, which can be as high as 15%, allowing the energy performance of buildings to be optimised. HITEP is the ideal alternative for systems that require high standards of thermal insulation, without the need to change the shape of the profiles or add additional components.
Profiles made of HITEP polyamide have a thermal conductivity coefficient of 0.19 W/m²K, compared to 0.30 W/m²K for conventional profiles. This represents a 37% improvement in insulating properties, making HITEP an attractive option for projects demanding high thermal performance, such as Passivhaus standards.
– Improved energy efficiency: By reducing thermal conductivity, HITEP helps to reduce heat loss, improving the overall energy efficiency of buildings.
– Optimisation without changing geometries: HITEP technology makes it possible to improve thermal insulation without altering profile dimensions or geometries. This facilitates integration into existing systems and allows its use in a wide variety of applications without complicating the manufacturing process.
– Passivhaus standard applications: Due to its excellent thermal properties, HITEP is an ideal choice for systems that meet the stringent requirements of the Passivhaus standard, a certification known for its strict energy efficiency criteria.
What sets HITEP polyamide apart is its innovative manufacturing process, based on a foaming process that reduces its density and improves its thermal insulation capacity without compromising other essential properties such as dimensional accuracy and the mechanical characteristics of the material. This technology allows HITEP profiles to offer a lambda value of 0.19 W/m²K, according to tests carried out in the IETCC laboratory, in accordance with the UNE-EN 12667 standard.
With HITEP, our customers can develop systems with lower thermal transmittance without having to change the size of the profiles. In addition, this polyamide maintains excellent manufacturing precision and outstanding mechanical properties, enabling the creation of durable, high-performance solutions.
Also available in a RE version, HITEP offers flexibility to adapt to specific project requirements while maintaining quality and efficiency in performance.
The choice of HITEP polyamide is a strategic option for those seeking to optimise energy efficiency in their construction projects, without compromising on quality and structural stability. This material not only meets the highest standards of thermal performance, but also offers great versatility to adapt to different applications without the need for significant changes in the design of the profiles.
By incorporating HITEP polyamide in your projects, you will not only be investing in state-of-the-art thermal insulation solutions, but you will also be contributing to the development of more sustainable and energy efficient buildings in the long term.
At STAC, we are committed to innovation and sustainability, and HITEP polyamide is a clear example of this. By offering a highly thermally efficient material that does not require changes in profile geometry, HITEP is the perfect solution for projects that seek to improve energy efficiency and reduce environmental impact without compromising on quality.
If you are looking for an advanced, high-performance thermal insulation alternative, HITEP polyamide is the ideal choice.
Contact us today for more information on how to integrate this innovative solution into your projects.
