NOVELTY - The arrangement (10) has pressure absorbers connected with a tensile force-transmission element (30), where a gap (121-2) of preset distance is provided between the pressure absorbers. A multi-layer arrangement (203-1p) is arranged in the gap for preventing exchange of heat radiation between spaced walls (103-51, 106, 107) and/or surfaces of the pressure absorbers. The layer arrangement comprises a layer film formed for heat radiation, and is formed as a layer of metal foils, metallized plastic carrier foils and/or metal oxide-coated and/or ceramic-coated foils.    USE - Tensile-load spacer arrangement for producing an evacuated or evacuatable vacuum insulated panel (VIP) and an evacuated or evacuatable edgeless composite system for forming thermally insulated and/or sound-insulated insulation systems in building walls, foundation under walls, ground-/floor under walls, slab construction panels, door- and window frames and - sashes, glass panes, roof walls, greenhouses, flatten- and tubular solar heat collectors, pipe lines and pipe fittings, valves/chokes, electrical current switches, stationary- and portable heat/cold accumulator, cooling/heat exchangers, boilers, filling systems, flow measurement units, power station, drive turbine, steam condensator, trap towers, rocket drives, gas tanks, electrical generators, heat-decoupled pivot shafts, transformer, drive force machine, heat engines, stirling engine, burner, chimneys, incineration plants, fuel cell sheathing, current superconductor/solenoid coils, tokamak-/nuclear fusion reactors, spin kernel tomography apparatus, heat exchanger, heat pumps, long-distance heating pipelines, containers/lids, shipment unit, food- and pharmaceutical packaging units, Dewar bottles, ship-, submarine vehicle-, aircraft- and rail- and farm vehicle housings, cooling spaces, car bodies, prime movers, exhaust systems, cooling apparatus, cooking oven/baking apparatus, thermal treatment plants, projectile blowing agents, thermal protection clothing/shoes, diver suits, flexible shields/tent dwellings, refinery-/chemical plants, brake pipes, compressed air container, liquefied gas tank, helium/hydrogen tank, vacuum bulkhead devices, bath tubs, swimming pool, VIP-panels, VIP-angular-/edge element and sound insulation casings for prime movers (all claimed).    ADVANTAGE - The multi-layer arrangement is arranged in the gap for preventing exchange of the heat radiation between the spaced walls and/or surfaces of the pressure absorbers, and comprises the layer film formed for the heat radiation, thus simplifying assembly of the spacer arrangement, enabling a radiation suppression unit to be arranged between the spaced walls and adapted to different applications in a simple and economic manner, and effectively reducing heat conduction over a spacer.    DESCRIPTION OF DRAWING(S) - The drawing shows a partial cross-sectional view of a tensile-load spacer arrangement.    Tensile-load spacer arrangement (10)    Tensile force-transmission element (30)    Spaced walls (103-51, 106, 107)    Gap (121-2)    Pressure absorber plates (200, 201)    Multi-layer arrangement (203-1p)