Abstract: A lightweight aluminum paneled fence and the method of its construction comprising a plurality of thin aluminum panels fastened to fixed terminal posts with adjacent panels being disposed on opposite sides of said posts, said panels being properly tensioned by a plurality of floating tensioning bars, said tensioning bars having a rectangular or elongated cross-section which is interwoven between adjacent panels after they are rigidly fixed to the terminal and line posts and rotated from the narrower width to the longer width, thus providing tensioning to firmly and rigidly hold the panels in position. The fence may be constructed on site using continuous flexible aluminum panels, each panel being cut to the particular length of the fence desired, there being no need to construct the fence in relatively short segmentized panels. The tensioning bar also provides for adjacent panel separation to allow air flow through the fence.

Abstract: An improved fence of aluminum, sheet metal or other resilient material construction requiring reduced construction time and reduced maintenance time while providing a rigid barrier which permits ventilation therethrough. The fence is constructed preferably of aluminum or enamelized sheet metal, the fence panels being unitary and continuous from terminal end posts of the fence, the fence having a plurality of intermediate supporting posts disposed between its ends, the intermediate posts having parallel, lateral side slots sized to receive and rigidly and firmly support the continuous panels therethrough, the posts being firmly anchored in the earth. The fence terminal posts also provide for the panels to be stretched, wrapped around, and fixed to the terminal posts providing a rigid terminal connection for the panels with reduced construction time.