The German market for parquet and flooring is in a phase of technical and regulatory transformation in mid-2026. While demand for solid wood floors and multi-layer parquet remains high, topics such as surface finishing, origin certification, and emission values are increasingly becoming the focus of processors and architects.
Technical Development: Surface Finishing and Installation Systems
Technical advancement in 2026 is primarily focused on two areas: improved surface sealing and factory-installed click systems for thinner layer thicknesses. Manufacturers increasingly rely on UV-curing lacquers and oil-based systems that achieve higher abrasion resistance while producing lower VOC emissions. Pallmann and Osmo offer special system solutions for workshop finishing that are also used by parquet layers in on-site coating.
In multi-layer finished parquet, the trend is toward thinner wear layers – currently between 2.5 and 3.5 mm – which allow multiple renovations but place higher demands on the base layer. Increasingly, wood composite carriers made of HDF or plywood are being used, which ensure higher dimensional stability with fluctuating wood moisture content. MAFI Naturholzboden, however, consistently relies on solid wood constructions without adhesives and thus appeals primarily to projects in the field of sustainable building.
Regulatory Framework: EPDs and Emission Classes
The European Construction Products Regulation (CPR) and its national implementation in Germany increase documentation requirements for parquet manufacturers. From 2027 onwards, Environmental Product Declarations (EPDs) will increasingly become standard for public procurement. Large manufacturers have already filed corresponding documents, while smaller regional suppliers must follow suit. At the same time, the new E1 plus emission class according to EN 16516 further tightens the limit values for formaldehyde emissions – a factor that is particularly relevant for multi-layer parquet with bonded base layers.
Furthermore, expanded requirements for proof of wood origin according to the EU Timber Regulation (EUTR) require complete documentation of the supply chain. FSC and PEFC certifications are therefore no longer just marketing arguments but factual prerequisites for commercial projects and public contracts. The parquet industry is responding with increased audits and digital documentation systems.
Market Dynamics: New Products and Product Range Expansions
In the first half of 2026, several manufacturers have redesigned their parquet series. The focus is on larger format widths exceeding 200 mm as well as longer planks up to 2,400 mm, which are particularly sought after in prestigious commercial projects and high-end residential construction. Dark smoked oaks and limed oaks remain the dominant colors, while exotic woods continue to lose market share.
Technically interesting is the further development of solid strips with integrated click profiles that can be installed without full-surface bonding. These systems allow for rapid replacement and meet the requirements for reversible construction as required by DGNB and LEED certification. Remmers offers matching elastic joint sealants and primers that ensure a stable composite system even with floating installation systems.
Outlook: Digital Planning Support and Delivery Times
The parquet industry is working on integrating BIM objects into its product databases to facilitate procurement for architects and design engineers. Leading manufacturers already offer downloadable Revit families and IFC files that contain, in addition to geometric data, technical parameters such as U-values, emission classes, and origin certificates. This development is closely linked to the increasing digitalization in timber construction as described in the current market analysis.
Delivery times for standard formats have normalized to four to six weeks following the bottlenecks of 2024/25. Custom products and individual plank formats still require twelve to fourteen weeks, as drying capacity for exotic hardwoods is limited. Processors should therefore plan appropriate lead times for project procurement and coordinate availability early in design phase 2.
Conclusion: Technical Maturity Meets Regulatory Change
The parquet market in Germany shows technical maturity in mid-2026 but faces a regulatory upheaval. EPDs, tightened emission classes, and origin documentation are becoming market entry barriers for smaller suppliers. At the same time, improved surface systems and digital planning tools enable more efficient integration into building projects. Processors and planners should incorporate new regulatory requirements into procurement early and rely on manufacturers with complete documentation.