Les systèmes de plancher sont une tradition chez Lindner. Par rapport à nos concurrents internationaux, nous offrons la gamme la plus étendue ainsi que la meilleure qualité de produit.
Pour la construction durable, nos panneaux de plancher surélevé au sulfate de calcium sont fabriqués presque exclusivement à partir de matériaux recyclés. Ces panneaux sont l'un de nos produits de qualité supérieure - avec des propriétés acoustiques et physiques de construction exceptionnelles.
Nous fabriquons les vérins en acier qui servent comme ossature porteuse pour nos systèmes de plancher. Les vérins à forte capacité de charge Lindner peuvent être réglés à n'importe quelle hauteur et peuvent ainsi compenser les irrégularités du plénum.
Comme leader du marché de longue date, nous garantissons la capacité de charge élevée et et une excellente durabilité de tous nos produits.
Floor systems have a long tradition at Lindner. Drawing on extensive experience, we offer you tailored solutions precisely aligned with the individual requirements of your building and its intended use. Whether it’s industrial, sustainable, fire-tested or even cleanroom-compatible floor systems – Lindner delivers your projects with the highest quality and safety.
At Lindner, we place great emphasis on the thorough evaluation of your technical requirements. Together with you, we analyse the specific properties your floors and coverings must meet and provide bespoke recommendations on materials and design options. In line with your wishes, we implement sustainable solutions and take future maintenance work into account right from the planning stage.
Installation of our raised or hollow floor systems is carried out with the utmost precision, ensuring that your floor finishes are presented to their best effect. Our experienced team carefully inspects the subfloor and prepares it professionally. Thanks to our expert execution, you benefit from shortened construction times and minimal disruption on your project.
Our raised and hollow floor systems meet the highest demands in terms of building physics and structural integrity – from standard raised floors to sound-insulating systems and heavy-duty floors such as NORTEC power, LIGNA power, or FLOOR and more® power. The steel pedestals, which serve as the substructure, are manufactured in-house and supplied in various strengths to suit your specific requirements. Their continuously adjustable height allows our high-load pedestals to compensate for irregularities in the subfloor.
Our raised floor panels, NORTEC aurum and LOOP aurum, have been awarded Cradle to Cradle Certified® Gold – the first certification of its kind for raised floor systems worldwide, highlighting our strong commitment to sustainability. A Gold certification signifies particularly responsible resource use by keeping products and materials in circulation and reusing them wherever possible. In doing so, we actively contribute to reducing – and ideally eliminating – waste.
Assessment under the Cradle to Cradle Certified® standard covers categories such as material health, recyclability, use of renewable energy, sustainable water management, and social responsibility.
Since 2017, our systems such as FLOOR and more® and NORTEC have met Cradle to Cradle Certified® Silver product standards. Through continuous development of our product range and the use of refurbished floor panels, we make a significant contribution to the circular economy and the conservation of resources.
With the integration of refurbished floor panels into our product portfolio, we take another step towards a circular economy. In line with the principles of circularity, we rely on the reuse of products and materials, helping to avoid waste, reduce emissions, and conserve valuable resources.
Our refurbished gypsum fibre raised floor panels – LOOP aurum and LOOP prime – as well as RELIFE, made from reused wood-based panels, help prevent the waste of valuable materials and make a meaningful contribution to environmental protection.
Our gypsum fibre panels stand out for their excellent structural and physical performance and serve as a compelling example of how sustainability and performance can go hand in hand.
