January 20, 2026

Showing all 14 results

  • Cofiber® Light Formwork System

    Cofiber® Light Formwork System is a flat formwork designed to be used for the rapid formwork of flat slabs. Cofiber® Light Formwork System is complete with a rotational cycle that permits the reuse of the formwork for 3-5 days after concreting (dependant on the type of concrete).

  • Forteko® Vertical Formwork (Columns)

    Forteko® Vertical Formwork System permits the formworking of pillars with no need for additional elements or systems. Designed to be used in conjunction with Forteko® Panels, the pre assembled platform permit safety when concreting at height alongside a perfect concrete finish.

  • Forteko® Vertical Formwork System

    Forteko® Vertical Formwork System is a vertical formwork system that permits a wide range of works such as walls, side walls, pillars and beams. Forteko® Panels also permit both horizontal and vertical compositions, permitting increased versatility.

  • Modutec® Columns Formwork

    Modutec® Columns Formwork is a prefabricated, modular formwork system used in the formworking of columns. Fully compatible with Modutec® Vertical Formwork system and Modutec® Vertical Panels.

  • Modutec® Vertical Formwork System

    Modutec® Vertical Formwork System is a light formwork system that is designed to cater for highly complex and demanding works such as the construction of concrete structures.

  • Pilco® Circular Formworking System

    The Pilco® Circular Formworking System is fully compatible with Forteko® vertical formwork, making possible to implement pillars and finishes on semi-circular walls.

    The Pilco® Circular Formworking System is designed to permit ease of implementation of galvanised steel components to circular formwork.

  • Roflex® Circular Formwork

    Roflex® Circular Formwork is a unique type of formwork designed and fabricated to cater for construction projects that require various curvatures in the construction.

  • Saftec® Foldaway Working Platform

    Saftec® Foldaway Working Platform is designed to be used as a working platform, due to the exceptional design, engineering and safety attributes the Saftec® is fitted with it can also be utilised as edge protection/ fall prevention as well as shoring of wall formworking.

    Saftec® Foldaway Working Platform is fabricated with a small number of components that result in the system being extremely economical with an increased level of safety.

  • Saftec® Monoblock Platforms

    Saftec® Monoblock Platforms provide a platform dimension with a width of 1.75m with an extendable width of 2.5m. The monoblock composition of the Saftec® platform and extendable width is permitted with the help of rear extension.

  • Shorflex® CF Brace Frame

    The Shorflex® CF Brace Frame system is specifically designed to permit the safe absorption of concreting forces by means of inclined anchors. The Shorflex® system is also complete with platforms prepared for use at any height, alongside the ability to allow safe access for works inside the structure.

  • Shorflex® HT Shoring System

    Shorflex® HT Shoring System is the ideal system of choice for conducting works at great heights, with necessary application of major loads.

  • Shorflex® TP Climbing System

    Shorflex® TP Climbing System is a type of climbing formwork where the whole structure is guided in the building via crane. The crane conducts the safe and rapid moving of the structure in its entirety – regardless of atmospheric conditions.

  • Towrok® Shoring Tower

    Towrok® shoring towers are built with elements that once assembled form a rigid, safe and stable structure, manufactured to safety standard; EN 12813.

    The Towrok® shoring tower under normal usage conditions is self-standing up to 5m high. For heights in excess of this, towers between 5m and 10m high must always be tied to each other using tube and clamp in conjunction with diagonals.

  • Tunnel Formworking – Shorflex® TN System

    Shorflex® TN System is a unique tunnel formworking system that has been designed to permit the highly complexed engineering works of tunneling structures.