RECTOBETON and RECTOLIGHT systems
Prestressed concrete technology has strongly influenced the development of modern ceiling solutions. Pre-stressed concrete ceilings from RECTOR Polska Sp. z o.o. thanks to the use of prestressed beams (C50/60 concrete) can be used up to 10 m span. High load-bearing capacity and reduced thickness are the characteristics of this solution. Ceilings can be used over any floor of a building, and the achieved acoustic and fire resistance parameters allow the use of RECTOR ceilings not only in single- and multi-family buildings, but also in public buildings.
RECTOR floor systems
Types of ceiling filling
Most often, the technology of the ceiling finish determines which ceiling will be used. The RECTOBETON system having an infill of concrete blocks forming a level surface from underneath is finished with plaster. The RECTOLIGHT system, which has ultralight woodgrain panels thanks to its unusual geometry, is ideal for drywall systems, and the spaces created between the beams are most often used for running installations in the thickness of the ceiling.
RECTOBETON and RECTOLIGHT systems
What are the characteristics of RECTOR ceilings?
- Much stronger RS prestressed beam
- No time-consuming distribution ribs
- Lower ceiling (from 16 cm)
- Less stamping during installation
- High rigidity of the floors
- Less concrete and steel consumption on site
- Zones of lowered blocks eliminate the use of formwork
- Possibility of using thermal balcony connectors
- No "keyboarding" of ceilings,
- Ability to carry heavy loads (e.g., roof truss columns)
- Durable blocks made of pure concrete(RECTOBETON) or ultralight panels(RECTOLIGHT)
- Design, pricing and technical support from RECTOR specialists
RECTOLIGHT system without built-in
© RECTOR
No cracks - minimal structural work
The use of prestressed concrete technology has eliminated the disadvantages of dense-rib systems including the possibility of the appearance of cracks. RS prestressed beams provide high stiffness and minimal deflection of the ceiling, and the steel mesh laid in the superconcrete layer replaces the distribution ribs and allows point loads to be transferred over a larger floor area. Heavy partition walls or roof truss columns can thus rest on the ceiling.
For more information, visit the company's RECTOR Polska Sp. z o.o. page on the PdD portal.
