Tenseness 📥

: Significantly reduces cracking and deflection under heavy loads. Common Applications

: Allows for thinner concrete sections and reduced material usage. tenseness

: Enables architects to design larger open spaces with fewer support columns. : Significantly reduces cracking and deflection under heavy

: Steel tendons are laid in plastic sheaths before the concrete pour. Once the concrete gains sufficient strength, hydraulic jacks stretch the cables, which are then locked into place with anchors. Key Benefits : hydraulic jacks stretch the cables

Post-tensioning is widely used in structures that require high durability and specific architectural flexibility:

: Unlike standard rebar, which is "passive" and only works once the concrete begins to crack, post-tensioning is "active" because it keeps the concrete under constant compression.