Abstract: The present invention relates to a wall panel joint comprising a first wall panel (1) and a second wall panel (20). The first wall panel (1) in the middle section thereof comprises a T-slot (8). The second wall panel (20) on its first side edge (22) comprises an L-type extension (27). The Upon assembly of the first wall panel (1) with the second wall panel (20), the L-type extension (27) of the second wall panel (20) is received in the T-slot (8) of the first wall panel (1) and a wedge space (39) is formed. The wall panel joint further comprises a set of two wedges (30). Upon assembly of the wall panels (1; 20) both wedges (30) are inserted into the wedge space (39) so that the interference fit is formed therebetween. The wall panels are made of a cross laminated timber.

Abstract: The present invention relates to wall panels made of a cross laminated timber (CLT) and to such wall panel joints. Each side edge (5) of the wall panel (1) comprises a protrusion (51) extending thereof and a groove (52) adjacent to the protrusion (51). At the protrusion (51) a heel (53) is formed so that upon assembly of two adjacent wall panels (1) the heel (53) of one wall panel (1) is inserted into the groove (52) of another adjacent wall panel (1) and both assembled wall panels (1) form a wedge space (93) defined by the heels (53) and protrusions (51) of both assembled wall panels (1). The joint further comprises two wedges (30) where upon assembly of the two adjacent wall panels (1) both wedges (30) can be inserted into the wedge space (93) forming an interference fit between both wedges (30) and both wall panels (1).

Abstract: The present invention relates to wall panels made of a cross laminated timber (CLT) and to such wall panel joints. Each side edge (5) of the wall panel (1) comprises a protrusion (51) extending thereof and a groove (52) adjacent to the protrusion (51). At the protrusion (51) a heel (53) is formed so that upon assembly of two adjacent wall panels (1) the heel (53) of one wall panel (1) is inserted into the groove (52) of another adjacent wall panel (1) and both assembled wall panels (1) form a wedge space (93) defined by the heels (53) and protrusions (51) of both assembled wall panels (1). The joint further comprises two wedges (30) where upon assembly of the two adjacent wall panels (1) both wedges (30) can be inserted into the wedge space (93) forming an interference fit between both wedges (30) and both wall panels (1).