Hollow Core Floor Plate Rectosten Spacer Stringer (for Private Housing) Stringer (for Industrial Buildings) Purlin for RectoSten Insulating Floor RectoSten/DF Insulating floor RectoLight light floor/DF floor with reversed floor plate Rectobéton floor Rectobéton Floor/DF Rector RS Floor Floor-Voided Floor Plate Column Beam with Constant Inertia (IC) Beam with Variable Inertia (IV) Bridge Beam Stock Beam (PSR) Rector Flat Beam (PPR) Rectangular Beam (PR) Floor Plate Pre-lintels Pre-wall ThermoLight Thermal Bridge Breaker ThermoRupteurs Thermal Bridge Breaker ThermoSten Thermal Bridge Breaker Thermoprédalle
Factory-prefabricated using a complete industrial tool, the RECTOR framing components are high quality structural units made of bonded wire prestressed concrete or reinforced concrete.
They are designed for building the framing of structures by assembling the elements with each other, with other horizontal or vertical prefabricated elements or also with structural parts poured on site. They thus form all or part of the rigid structure.
Vertical structural elements are storey-high or multiple-level columns, siding studs and pre-walls. Horizontal elements are stringers, beams and purlins.
The stringers are rectangular beams made of prestressed concrete or reinforced concrete; with or without rabbet.
The formwork edge rabbet allows the assembly with a floor and eliminates the need for formwork.
Associated or not to a floor with underfloor space or to a slab, the stringers are intended for the girding of the building platform, with flanged lengths of 6 to 12 m.
The columns are made of reinforced concrete, with square Their height ranges from 2 m to 15 m. They are generally embedded at the base and transferthe loads from the bearing beams to the foundations. They can absorb all or part of the lateral loads and They can include 1 to 3 corbels. The bushings or stand-by armatures are positioned | ![]() |
The I beams are made of prestressed concrete, with or without tie beam end pieces.
They support the purlins and are used to transfer the loads onto the columns.
Their inertia over the height may be constant or variable.
IC beam | IV beam |
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The T purlins have a trapezoidal profile and are made of They are intended to support the roofing generally made A metallic profile is incorporated in the upper part of the The purlins are generally notched at their extremities |
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