Abstract: A paver or landscape edging is provided with enhanced anchoring means. The edging has an elongated, longitudinal strip with a paver-facing surface and an opposed surface, and extensions extending from the opposed surface of the elongated strip, each comprising a first wall edge and a bore for receiving a fastener such as a spike or stake. A strap member extends between neighboring extensions, offset from the first wall edge and defining a gap, or anchoring region, when the edging is placed on a substrate. The installed edging may be anchored by fasteners, and by root systems of a concealing layer placed over the edging that grow around the strap member. In addition, a method for installing pavers provides for the fixing of a portion of the edging on the substrate prior to cutting a strap to allow the edging to be deformed in conformance with a curved or irregular boundary.

Abstract: A paver or landscape edging is provided with enhanced anchoring means. The edging has an elongated, longitudinal strip with a paver-facing surface and an opposed surface, and extensions extending from the opposed surface of the elongated strip, each comprising a first wall edge and a bore for receiving a fastener such as a spike or stake. A strap member extends between neighbouring extensions, offset from the first wall edge and defining a gap, or anchoring region, when the edging is placed on a substrate. The installed edging may be anchored by fasteners, and by root systems of a concealing layer placed over the edging that grow around the strap member. In addition, a method for installing pavers provides for the fixing of a portion of the edging on the substrate prior to cutting a strap to allow the edging to be deformed in conformance with a curved or irregular boundary.

Abstract: A brick edging device is disclosed for use as an interface or boundary of a bricked region In one aspect the edging device includes an elongate extruded aluminum strip extending in a longitudinal direction having a flange portion attached to an edge of the aluminum strip and extending in a transverse direction outwardly from one side of the strip. The flange is provided with a series of V-shaped cut-out portions spaced along the length thereof with the flat apex of the V being spaced from the edge of the elongate strip. The portion of the flange located between the cut-outs form individual flaps, each flap having an aperture extending therethrough to receive a spike. The apertures are countersunk so that the spike heads are flush with the flaps. There is an angle of at least 90 degrees between the sides of the V shaped cut-out portions and the aluminum strip is bendable at points adjacent to the apex to at least 90 degrees.