RomboFix® RF
facade fastening made from SIHGAMID®
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product information
SIHGA® tip
RomboFix® RF also fastens privacy shields, fences, balconies, blinds, easily and precisely.
developed, patented and made in Austria
local quality, experience from more than 150,000 m² invisibly screwed facades included
local quality, experience from more than 150,000 m² invisibly screwed facades included
facade fastening, invisibly screwed
the optically elegant facade is created extremely quickly, without damaging the surface
the optically elegant facade is created extremely quickly, without damaging the surface
for rhombus beams from wood, modified wood or WPC, which are approved by SIHGA®
saves extensive time, even beams that are not completely straight are fastened professionally
saves extensive time, even beams that are not completely straight are fastened professionally
compensation clip integrated
compensates irregularities in the profile width
compensates irregularities in the profile width
made from SIHGAMID®, the reinforced plastic originating from space research
fastens more permanently than stainless steel, is extremely break-proof, heat-, frost- and UV-resistant
fastens more permanently than stainless steel, is extremely break-proof, heat-, frost- and UV-resistant
automatic distance to the substructure is 6 mm
the facade remains well-ventilated, timber can dry well
the facade remains well-ventilated, timber can dry well
even joint spacing
join width specified by profile
join width specified by profile
includes SIHGAFIX® stainless steel, all fastening and fixing screws and installation instructions
time-saving, practical, all accessories enclosed, SIHGAFIX® stainless steel prevents rust from external sources and also screws into deep grooves
time-saving, practical, all accessories enclosed, SIHGAFIX® stainless steel prevents rust from external sources and also screws into deep grooves
with technical fire-protection assessment
usable for building classes 1, 2, 3 ,4, 5
usable for building classes 1, 2, 3 ,4, 5
calculation of quantity
calculated per m²: 1: Substructure distance in m: (high rhombus beam + joint in m)
calculated per m²: 1: Substructure distance in m: (high rhombus beam + joint in m)