Abstract: A hybrid fence system includes partial post and rail wrap components and a plurality of uprights, all formed of durable resilient plastic material. The wrap components partially cover existing wood rails and posts. The plastic uprights takes the place of conventional wood uprights, e.g., tongue and groove boards. Three of the four sides of the wood posts are completely covered by the partial post wraps. One face of the posts will remain exposed along a gap of the wrap component, thus allowing the rails to be secured directly to the wood post. The rail wraps are wrapped around the rails in a fashion similar to the post wraps, such that a gap is formed between free longitudinal edges of the wrap, leaving a corresponding area of exposed wood on each rail which allows for attachment of the uprights directly to the rails. The uprights have a generally tubular configuration including opposed longitudinal edges forming a tongue and a groove, respectively. The tongue includes a fastening tab.

Abstract: A plastic fence post and cap are secured to each other by a spring tab arrangement which is completely concealed after assembly. In one embodiment, a bottom section of the cap fits over the end of the post and tabs projecting inwardly from opposed panels of the bottom section extend into holes extending through opposed sides of the post. In a second embodiment, a bottom part of the cap is received within the tubular post and has outwardly extending tabs that spring into recesses provided along inner sidewall surfaces of the post.