frequently asked questions

Yes. Nobel has extensive experience with engineered wood flooring over underfloor heating. Low thermal resistance, stable construction, full-surface bonding, correctly commissioned heating and a sufficiently dry screed are essential. Always refer to the current technical data sheet and project-specific advice for exact thicknesses, R-values and limits.

Engineered wood flooring can be combined with suitable underfloor cooling systems, but condensation must be avoided at all times. Controls, dew-point monitoring and the indoor climate are therefore important. Ensure coordination between the installer, architect and wood flooring specialist in advance.

Full-surface bonding minimises insulating air gaps and improves heat transfer. It also contributes to stability and a solid sound underfoot. The adhesive, primer and levelling compound must be compatible with the subfloor and heating system.

This depends on the screed type, heating system and specified adhesive system. Nobel carries out moisture measurements and follows current technical standards and product instructions. Do not publish a universal percentage without distinguishing between cement-based and anhydrite screeds, and between Belgium and the Netherlands.

Wood flooring is installed only once wet trades have dried out sufficiently, windows are fitted, and heating and indoor climate control are operational. Painting and other work that could damage the floor should preferably be completed beforehand. The precise sequence is coordinated in the site programme.

Yes, provided the tiled floor is sound, level, dry and able to bear the required load. The substrate is cleaned, tested and, where necessary, abraded, primed or levelled. Changes in floor height and junctions with doors and stairs must be checked in advance.

Whether acclimatisation is needed, and for how long, depends on the product, packaging, season and indoor climate. Follow the project-specific installation instructions. Leaving boards unpacked for a long time on a damp or cold site is not automatically beneficial.

Wood responds to moisture and temperature. Perimeter gaps are therefore required, and large or complex areas may need additional movement details. The installation method, construction, room geometry and junctions with other materials determine the solution.

Nobel has its own installation team and works with selected professional installers when additional capacity is needed. Quotations and project pages should clearly state who carries out the installation and who is responsible for site measurements, planning and handover.

Self-installation may be possible for certain products, potentially with technical guidance at the outset. For complex patterns, underfloor heating, exceptional dimensions or integrated bespoke joinery, we recommend professional installation to ensure that technical performance and detailing are properly managed.

Options include flush panels, boards, slats, textured relief, veneers, solid wood details and combinations with doors, niches or furniture. The right construction depends on dimensions, fire and acoustic requirements, the substrate and the desired appearance.

A flooring product can be used as wall cladding in certain projects, although a purpose-designed wall system is often more efficient and lighter. We assess fixings, weight, joint layout, movement and junction details for each project.

Yes. We develop the wall as part of the same timber palette. By carefully choosing colour, grain direction and rhythm, the wall can blend in quietly or become a feature.

Wood can make a room sound more pleasant, but a flat, hard timber surface is not automatically an acoustic solution. Measurable sound absorption requires perforations, slats, gaps and absorbent material behind the cladding. State acoustic performance only on the basis of the specific construction and test data.

Yes. A supporting framework can provide space for acoustic material, pipes, wiring or ventilation details. Maintenance access, fire safety and ventilation must be planned in advance.

Dark wood can make a space feel more intimate, but with the right lighting and a restrained material palette it can also add depth and a sense of luxury. Light timber tones generally enhance openness. Position, surface area and light matter more than colour alone.

Regular dusting is usually sufficient. Remove marks gently with a lightly damp cloth and a product suited to the finish. Avoid abrasive products and test any cleaner on an inconspicuous area first.

Yes. Nobel can coordinate timber internal doors and door panels with the floor and other bespoke joinery. We consider grain direction, board or joint layout, surface texture, sheen and ironmongery as well as colour.

Yes, provided the construction, stability, hinges and wall build-up are designed accordingly. Tall doors create a strong architectural effect and can give a wall a calmer appearance. Establishing dimensions early is essential.

Yes. A door can be visually integrated into timber wall cladding by continuing lines, joints and grain direction across it. The frame, ironmongery, tolerances and timber movement must be coordinated from the design stage.

Pivot and sliding doors can be developed depending on dimensions, weight, hardware and the building conditions. The chosen system must suit the intended use, acoustics, privacy and desired detailing.

Sometimes. We check stability, flatness, opening direction, hinges, clearances and the additional weight of the cladding. Where the existing door is unsuitable, a new door leaf may offer a more durable and precise solution.

A continuous vertical grain emphasises height and calm. Horizontal lines can relate to wall panels or wide floorboards. Bookmatching or a specific joint layout is also possible. The choice becomes part of the overall wall design.

A timber ceiling brings warmth, rhythm and architectural cohesion to a space. It can make a large volume feel more welcoming, emphasise sightlines and visually connect the floor or bespoke joinery. With a suitable construction, it can also contribute to the room’s acoustics.

Yes. Bear in mind that the same finish may appear darker or different overhead because of the light. We therefore prepare samples for the intended application, and a subtle colour adjustment may be desirable to achieve the same visual effect.

Options include flush panels, boards, slats, beam-like elements, textured relief and combinations with acoustic openings. Lighting, ventilation grilles, curtain recesses and access hatches can also be integrated into the layout.

Yes. Recessed spotlights, linear lighting, pendant lights and indirect lighting can be incorporated, provided the fittings, heat output, access requirements and cut-outs are known in advance. Coordination before production avoids visually disruptive last-minute solutions on site.

It can be, but material selection, ventilation, fixings and finish must suit the moisture exposure. Direct, prolonged contact with water should still be avoided. Every bathroom, wellness area or pool house requires a project-specific assessment.

Yes. Slats, perforations or open joints backed by absorbent material can reduce sound reflections. The required performance determines the construction. Acoustic claims should be supported by calculations or a test report.

Yes. Tables, worktops, cabinet fronts, niches, skirting boards and other details can be coordinated with the flooring and architecture. As a table faces different and more intensive use than a wall, we adapt the construction and protection while retaining visual cohesion.

This can be done through our own bespoke production or in collaboration with the interior joinery contractor. We supply samples and agree on the substrate, veneer, solid timber edges, grain direction and finish. One central sample approval prevents different suppliers from interpreting “the same colour” differently.

Yes. It is often the small elements that make an interior feel truly finished. Skirting boards, ventilation grilles, thresholds, transition profiles and covers can be made in matching timber and colours, with ventilation, movement and access taken into account.

Depending on the radius, substrate and material, curved panels and sculptural forms can be developed using veneer, laminations or specially constructed timber. Discuss these elements early, as prototypes and engineering may be required.

Wood is renewable, but sustainability depends on responsible sourcing, material use, production, transport, service life and repairability. Nobel focuses on certified timber, long service life and making use of residual materials. Support every environmental claim with current certificates and specific data.

Specify which certificate and chain of custody apply to each product and delivery. Avoid broad statements such as “all our wood is sustainable” unless this can be demonstrated for every component. Transparency builds trust.

Nobel has developed solutions that give surplus and waste timber a new purpose, such as Second Life and Rubbish 2.0. Add current figures or examples of other uses for residual materials to this FAQ once they have been validated internally.

Not necessarily. Engineered flooring uses valuable oak more efficiently, and its stability can make it suitable for large dimensions and underfloor heating. Solid wood flooring contains more solid timber and can often be refurbished several times. Overall service life and appropriate use are decisive.

Publish only specific emission classes, test results and certificates that apply to current products. Also explain which adhesives and finishes are used and why. “Natural” is not technical evidence that a product is low-emission or safe.