YAKOR NANO The Future of Intelligent Construction

Selection starts with a technical consultation and site assessment: building type, substrate condition, operating environment, energy-efficiency and hygiene requirements, and available documentation. We then propose a single or combined system with an applicable scope and execution sequence.

Yes. It is common to combine facade/energy-envelope solutions (for example Aero-Therm® and NANO®) with interior solutions for additional protection. The exact combination depends on substrate, finish build-up, access to work zones, and quality-control requirements.

NANO® is a family of photocatalytic coatings for selected applications, including facades and interior surfaces depending on the specific product (NANO® 1/2/3/BioMax) and technical specification. Variant selection depends on the environment, target outcome (for example hygiene protection or facade exposure), and substrate compatibility.

Photocatalytic system effects depend on lighting conditions and the test methodology used. Expectations for a specific project should be set using available laboratory documentation, the environment type (interior/exterior), and real operating conditions rather than a universal promise.

Aero-Therm® is especially suitable when thickness is constrained, architectural details must be preserved, interiors have dimensional limits, or thermal-bridge/surface-condensation risks need to be addressed. It is not a universal replacement for every insulation system; applicability is determined after technical assessment and design.

The system is designed to limit surface contamination and support more stable panel operation. A universal guaranteed percentage increase is not stated for every project because results depend on panel condition, tilt, dust load, climate, and maintenance regime.

The substrate must be stable, clean, and suitable for the selected system. Before work starts, we check moisture, adhesion, contamination, defects, and any required repairs. Temperature, humidity, and drying/curing windows are followed according to the manufacturer’s application instructions.

A typical process is: survey and specification, technical proposal and quote, mock-up area (if needed), substrate preparation, application/installation by a trained team, technological supervision, and acceptance control. Timeline depends on area, access, substrate repairs, weather, and technology curing times.

In many cases yes, but with phased execution and access control. The approach depends on the system, sensitivity of the environment (hospitals, schools, offices), time windows for work, ventilation, and investor/operator requirements. This is defined in the pre-execution plan.

Pricing depends on the selected system and variant, area, substrate condition, required preparation/repairs, geometry and detailing, access (scaffolding/lifts), phasing, project location, and documentation requirements. Indicative ranges can be discussed, but a final quote is prepared after technical assessment and a clearly defined scope.

Durability and maintenance needs depend on the specific system, substrate, climatic/operating environment, and installation quality. We provide maintenance guidance and recommended inspections; for facades and PV installations, periodic cleaning and inspection remain important for stable performance.

We provide product-specific documentation and references to applicable portfolio tests/standards (for example ISO 22196, ISO 27447, EN 15824, EN 13501-1, and applicable environmental certifications). Project documentation can include acceptance protocols and traceable execution records, including Evrotrust authentication where applicable.

Universal promises are not made outside tested conditions. Declared characteristics are valid within the relevant test methodologies, while real-world results depend on project specification, substrate, application method, operating environment, and maintenance. Our approach is technical specification, correct execution, and documented evidence for the applicable scope.