NOVELTY - The spacer (10) has walls (106, 107) provided with a gas sealed barrier, where fluid medium or vacuum are provided between the walls. Individual tensile force-transmitting elements (30) are monolithically designed inside a base unit such that solitary central pressure absorbers (200i, 200n, 201i) are used in an uninterrupted manner as a deflection member by the monolithic tensile force-transmitting elements. The transmitting elements touch and transmit pressure to the pressure absorbers. The pressure absorbers are designed as reinforcement rib elements.    USE - Spacer for use in a traction force-transmission element-mat for formation of heat damping, evacuated or fluid filled dual walls around an article e.g. solar collector, glass pane, window frame, solar collector, tubular lines, heat pump, burner, heat exchanger, oven and thermal treatment system, to accommodate and/or convey cold or warm fluid in reference to surrounding area, for formation of electrical isolators for isolation of electrical voltage difference of existing electrical potential and for formation of heat-, cold-, light-, electrical- or mechanical energy (all claimed).    ADVANTAGE - The design of the spacer reduces heat transmission in the traction force-transmission element-mat in an energy saving and environmental-friendly manner. The spacer possesses reduced weight, and can be manufactured or mounted in a simple manner and cost-effective manner.    DETAILED DESCRIPTION - The tensile force transmitting elements are made of plastic-, polymer-, ceramic-, glass- and metal fibers, quartz glass and carbon, and the pressure absorbers are made of plastic and ceramics. An INDEPENDENT CLAIM is also included for a method for manufacturing a spacer or spacer arrangement.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective exploded view of a smooth spacer arrangement.    Spacer (10)    Tensile force-transmitting elements (30)    Walls (106, 107)    Pressure absorbers (200i, 200n, 201i)    Filling thread (300-3)