Table formwork designed especially for large floor slabs with regular geometry. Composed of pre-assembled elements items that make up the table, it offers with outstanding pace of work, high safety levels and excellent concrete finishes.
Ultimately, it is a fast and safe secure formwork system that requires less labour and offers great performance, ideal for the construction of buildings: hotels, skyscrapers, shopping centres, hospitals, airports, etc.
- The tableforms consists of main timber or steel beams and secondary timber beams, decked with plywood and supported on props or shoring.
- VR-M Table
- Modular tableform up to 6 m.
- VM 20 beams as main beam material eases the lifting and relocation of the tables due to its lightness.
- VR-L Table
- Modular tableform up to 12 m.
- MK waler as main beam material eases the design of solutions for high load capacity tables or drop beams.
- Phenolic Plywood as form face
- Head. Has a safe and simple rotating head system. A single worker can fold and unfold the prop
- Certified or ALUPROP prop or shoring system as support for the horizontal formwork.
- Movable from one place to another without dismantling, minimising thus possible risks during assembly and dismantling
- Quick formwork erection, stripping and material movement requires less labour: great efficiency
- Without prop removal when stripping or transferring the tables
- Easy installation to dimension and leveling of the tables (few props)
- Flexible system:
- Tables with pre-defined dimensions or special solutions, depending on requirements
- Easy infillings (plywood rests on beams projecting from tables)
- Construction of drop beams, column heads and other geometries in slabs
- Easy and safe solution of cantilevers, due to the specific prop arrangement
- Compatible with other formwork systems of ULMA Construction
- Safe system:
- Formwork erection (with plywood) and handrails on the ground, except for infilling works at height
- Handrails attached to perimeter tables during the entire building process
- Elements remain fixed from beginning to end. Impossibility of falls from height