TS EN 13986

TS EN 13986 addresses the characteristics of wood-based panels used in construction, how those characteristics are evaluated, and how conformity is marked. Read together, the title and scope show a standard focused on performance-related properties of panel products, the test approaches used to verify them, and the marking associated with product identity in building applications.

What counts as a wood-based panel in construction?

Wood-based panels are manufactured sheet materials made from wood-derived elements such as fibres, chips, particles or veneer layers. In construction, they are commonly used in cladding, subflooring, roof and wall elements, stiffening layers and dry-system components. The explicit mention of unfaced, overlaid, veneered or coated panels matters because the surface treatment can affect how a panel behaves in service; for example, a coating or overlay may influence moisture response, appearance or intended use.

How characteristics and conformity evaluation fit together

The distinctive value of this standard is that it does not merely identify the material class; it frames the key characteristics relevant to construction use. In general technical terms, these characteristics may include dimensional stability, mechanical strength, thickness swelling, density, bond quality, moisture interaction and reaction-to-fire performance. Conformity evaluation is the process of checking that the declared properties are consistently verified, classified and presented correctly in marking.

The referenced standards show that individual panel families and their test methods are handled through separate EN documents, while TS EN 13986 provides the overarching construction-performance and conformity framework. This record is withdrawn, but it remains useful as a technical reference for understanding how different wood-based panel types are organised within a common building-product context.