Factory Direct Sales 2.85kg Weight Casting Beam Clamp Wedge Lock

SIMPLE AND RELIABLE LOCKING MECHANISM

The wedge clamp features a straightforward and dependable locking mechanism. It is made up of a clamp bar, wedges, and nuts. The clamp bar is attached to the formwork steel tube using a T-thread. After positioning the formwork, the rod is connected to it. The wedge is then inserted into the clamp’s channel to tighten the connection. The nut is used to secure the wedge and prevent any movement. This design makes the connection easy to assemble while ensuring it remains reliable and secure.

STRONG CONSTRUCTION

Architectural wedge clamps are typically constructed from high-strength materials, such as carbon steel or forged steel, to endure heavy loads and challenging conditions. These materials are often treated to resist corrosion, enhancing the clamp's durability. Designed for multiple uses, this formwork clamp offers a cost-effective solution for a variety of construction projects.

EASY TO INSTALL AND REMOVE

Installing and removing wedge lock formwork clamps is straightforward and requires minimal tools. This simplicity helps reduce both time and labor costs associated with the installation and removal processes. The ease of use makes wedge lock clamps a preferred option for many construction projects.

ADJUSTABILITY

Adjustability is a key feature of wedge lock formwork clamps. The wedge locks can be modified to fit various formwork thicknesses and concrete slab sizes. This ensures a secure and tight fit, which is crucial for concrete pouring. The ability to adjust also enhances the stability and alignment of the formwork system during the casting process.

HIGH LOAD CAPACITY

Wedge lock formwork clamps are designed to support substantial weight. They are built to withstand the pressure of wet concrete and external forces during the pouring process. Their high load capacity ensures the formwork system remains stable and secure throughout construction. This makes them suitable for large-scale projects, such as bridges and high-rise buildings.