SURFACE HEATING AND COOLING
Germany’s heating infrastructure has significant room for improvement. Not only do approximately 20.8 million heating systems require replacement, but efficient heat distribution methods also need to be re-evaluated. Instead of localized heat distribution via radiators or convectors, flat heat transfer through floors or walls proves to be a far more efficient solution. Furthermore, modern thin-layer surface heating systems offer unmatched energy-saving potential. We provide comprehensive accessories for the installation of all surface heating and cooling systems, including complete regulation and control solutions.
Water-Based Underfloor Heating & Floor Cooling
BLANKE Heating Circuit Distributors & Accessories
Our product range ensures simple and efficient hydraulic balancing of connected heating and cooling circuits, making installation and operation seamless.
Energy distribution layer & Load distribution layer
Discover our product range for energy distribution stratification here.
Electric Surface Heating
Electric surface heating systems offer an efficient and modern solution for comfortable and evenly distributed warmth. Easy to install and highly versatile, they are suitable for a wide range of applications, providing excellent performance and energy efficiency. These systems are available in various configurations to meet specific needs and ensure optimal heating comfort.
Would you like to know more about underfloor heating?
Underfloor heating has become an essential feature for many homeowners. It’s not only a popular choice for new constructions but is also commonly retrofitted into existing buildings. Compared to traditional radiators, underfloor heating offers numerous advantages, including the comfort of consistent radiant heat that enhances overall well-being. When properly planned, installed, and adjusted, underfloor heating can also significantly reduce energy consumption and costs. Learn more about the various types of surface heating systems and the key factors to consider during the planning process.
How Does Underfloor Heating Work?
Underfloor heating is a type of surface heating system. Unlike radiators, which are typically mounted on walls, underfloor heating covers the entire floor area, offering a significantly larger surface for heat distribution. Thanks to this extensive heating surface, underfloor heating operates at lower flow temperatures than traditional radiators, making it an ideal choice for sustainable energy sources like heat pumps or solar thermal systems. Hot water pipes embedded beneath the heating screed evenly warm the floor, and when paired with tiles as a top layer, this setup delivers optimal and rapid heating performance.
Underfloor heating comes in various forms, such as water-based or electric systems. Depending on the specific requirements of a house or apartment, you can further choose between different system types to suit your needs:
Drywall Underfloor Heating
Drywall underfloor heating systems, such as the BLANKE PERMATOP 1000, stand out for their low surface weight. These systems typically consist of a base plate with insulation, aluminum baffles, and a heating pipe or cable. Thanks to their lightweight construction and low installation height, drywall systems are ideal for renovating old buildings, wooden beam ceilings, and even new constructions. Pre-milled channels with installation distances of 12.5 cm or 25 cm simplify the installation process. By ensuring that all system components come from a single source, you can achieve a fast-responding heating solution with these systems.
The key advantage of drywall systems is that they do not require screed. As a result, energy is transferred directly into the room without the need to heat a thick layer of screed first, providing efficient and immediate warmth.
Underfloor Heating for Renovation - Renovation Systems
Looking to retrofit underfloor heating in an existing building? In such cases, installation height becomes a crucial factor. Underfloor heating systems with Velcro technology, such as the PERMATOP SF, offer the simplest and fastest solution for retrofitting. The heating pipe is fully wrapped with Velcro tape and is securely attached to a fiber fabric mat featuring a printed laying pattern for guidance. The strong interlocking of the Velcro system ensures that the pipe stays firmly in place during installation.
A key advantage of the Velcro system is its flexibility—installation errors in the heating circuit can be easily corrected. If adjustments are needed, the Velcro pipe can simply be detached and realigned. Installation is largely tool-free and can be managed by just one person. The system also includes a leveling compound to ensure a smooth, perfectly leveled surface that is ready for any type of floor covering.
Underfloor Heating for Conventional Screeds - Wet Systems
Wet systems are designed for use with conventional screeds, making them particularly suitable for larger areas. These systems typically include components such as studded plates and heating pipes. Depending on your needs, systems like the PERMATOP BF can also be equipped with thermal insulation and impact sound insulation.
In a wet system, the heating pipes are embedded directly into the screed, which completely surrounds them. Manufacturers like BLANKE often provide a dedicated screed variant, known as the "energy distribution layer," tailored to these systems. This layer optimizes heat transfer and storage properties, ensuring even heat distribution and achieving the best heating performance.
Electric Underfloor Heating
Electric underfloor heating is an excellent solution in situations where installing water-based underfloor heating pipes is impractical, such as in conservatories or attics. Additionally, it is becoming an increasingly popular choice for those who generate their own electricity through solar panels and wish to utilize this energy directly.
A standard power connection is typically all that is needed to operate electric underfloor heating. These systems are often available as heating mats but can also include full systems with insulation or ultra-thin heating foils. In all types of electric heaters, an electrical conductor is energized when connected to a power source. The resulting resistance heats the conductor, which then radiates heat into the room, providing consistent and efficient warmth.
