La frise de parquet brute Lindner permet aux fabricants de parquet et aux aménageurs d’intérieur de compléter leur propre portefeuille de produits. Grâce au haut degré de préfabrication, les étapes telles que l’achat des matières premières, le séchage, le conditionnement, le pressage, etc. ne sont plus nécessaires. Sur demande, la fabrication peut également être réalisée à partir des matériaux du client.
Les éléments de parquet semi-finis sont produits selon les spécifications du client et livrés dans les délais convenus. La préfabrication est externalisée, la gestion des stocks est réduite et le personnel interne peut se concentrer sur les étapes de finition techniquement plus exigeantes. Il en résulte des économies de temps et de coûts.
Sur le plan esthétique et technique, il est par exemple possible de produire une lame de parquet de type « plancher de campagne » de grand format, parfaitement adaptée à la gamme existante, même si les capacités internes ne le permettraient pas autrement. La frise de parquet brute Lindner offre ainsi aux fabricants de parquet et aux aménageurs d’intérieur une solution flexible pour élargir leur assortiment avec efficacité et qualité.
Wood semi-finished products are intermediate products that serve as the fundamental building blocks in parquet and flooring production. These products – such as parquet blanks or composite layers – form the basis for the subsequent manufacture of finished parquet or floorboards. Thanks to technical pre-processing, such as layer construction, conditioning to a defined wood moisture content, or pre-assembled layers, manufacturers can move directly into final processing without having to cover all the preliminary production steps themselves.
With the Lindner parquet blank, parquet manufacturers and interior fitters receive a high-quality semi-finished product that can be taken straight into final production. Composite layers can be manufactured on request with different wood types, layer thicknesses, and technical properties. Depending on the desired end product, these pre-fabricated elements can subsequently be processed into, for example, wide-plank floorboards, multi-layer parquet, or specialised designer flooring.
Using semi-finished products offers multiple strategic advantages for modern parquet and floorboard production. Steps already saved in raw production – such as drying, conditioning, and pressing – reduce not only production time but also the requirement for storage space for raw timber and intermediate products. The semi-finished elements are delivered on schedule, allowing manufacturers to better plan their own production processes and avoid bottlenecks.
This approach also allows for a greater focus on high-quality final processing, such as surface finishing, milling of tongue-and-groove profiles, or the integration of specialised design features. Even large-format floorboards, which would be technically difficult to produce in-house, can be seamlessly incorporated into the product range and manufactured to a high standard.
In summary, the advantages of wood semi-finished products in production include:
In the field of timber flooring, a distinction is generally made between solid wood and multi-layer products. Solid wood floorboards are made from a single piece of wood and are considered very durable, as they can be sanded and refinished multiple times. Finished parquet or multi-layer parquet, on the other hand, usually consists of several layers of wood glued together to ensure shape stability, dimensional stability, and easy processing.
Semi-finished products are particularly useful as production building blocks where multi-layer products or special large formats are required. Traditional two- or three-layer constructions in finished parquet can be implemented faster and more cost-effectively using pre-fabricated elements, as the base is already technically prepared – for example, the carrier and middle layers or pre-set wood moisture content for dimensionally stable results.
In this way, end products can be manufactured that not only meet the highest aesthetic standards but also comply with the building physics requirements of modern timber flooring (e.g., stability, moisture behaviour, and compatibility with underfloor heating).