Concrete Forming

Snap Tie System

The snap tie system employs snap ties in combination with the Jahn A Bracket and snap tie wedges to secure formwork panels. This configuration creates a robust connection that keeps the panels precisely aligned during the concrete pour, ensuring even pressure distribution and reducing the likelihood of panel displacement.

X Flat Tie System

In the X flat tie system, X flat ties join forces with wedge bolts to reinforce the formwork. This design focuses on delivering uniform pressure along the contact surfaces of the panels, thereby maintaining consistent spacing and alignment throughout the concrete setting process.

Aluminum Form Tie System

The aluminum form tie system operates as a distinct solution that offers both full tie and nominal tie configurations. Paired with wedges and head pins, these form ties secure the formwork with precision, adapting smoothly to various project demands and guaranteeing the correct spacing and alignment during the casting process.

Spreader Cleats

Spreader cleats serve the vital role of evenly distributing the force exerted by the concrete across the formwork panels. Their design prevents concentrated stress points, ensuring that the pressure is balanced and the final concrete finish remains smooth and uniform.

Foundation (Anchor) Bolt

Foundation bolts, also known as anchor bolts, provide essential anchorage by securing the formwork system to its base. Their robust construction withstands the forces during concrete pouring and curing, maintaining the stability of the structure and ensuring that the form remains in its intended shape.

Turnbuckle Form Aligner

The turnbuckle form aligner offers a practical solution for precise adjustments during the formwork setup. It allows construction teams to fine-tune the alignment of the panels effortlessly, ensuring that every component fits together perfectly before the concrete is poured.

Concrete Stake

Concrete stakes provide a straightforward yet crucial function in concrete forming by anchoring the formwork securely in place. They counteract any potential movement during the pouring process, thereby preserving the alignment and stability necessary for a durable, high-quality concrete structure.