Shaftwall CT Stud is a type of metal stud used in the construction of shaftwalls, which are vertical enclosures in buildings that house plumbing, electrical, and ventilation systems. The CT Stud is specifically designed for use in shaftwall assemblies to provide support and stability for the enclosure. The Shaftwall CT Stud is made of galvanized steel, which provides rust and corrosion resistance, making it durable and long-lasting. The Shaftwall CT Stud Roll Forming Machine is a high-precision, fully automated roll forming solution specially engineered for manufacturing high-strength CT-type shaft wall studs used in elevator shaft enclosures, partition walls, and mechanical shaft framing systems in modern construction projects.
This integrated production line adopts a continuous cold roll forming process, which gradually shapes galvanized steel strips into standardized CT stud profiles through multiple sets of precision heat-treated roller units. It integrates automatic decoiling, precise feeding, leveling, punching, continuous forming, fixed-length hydraulic cutting and automatic discharging into one streamlined workflow, effectively eliminating material wrinkling, profile deformation and dimensional errors during production. Equipped with an advanced PC control system, the machine delivers a forming tolerance within ±0.1mm, ensuring excellent profile consistency, flatness and assembly compatibility for subsequent shaft wall installation.
Punching unit is used to punch holes before roll forming. It typically consists of a metal tool that is propelled with force through the material to create the desired hole or shape.
Roll former is used to create uniform, continuous bends in metal materials. It works by passing a strip of material through a series of rollers that gradually bend and form the material into its desired shape.
Hydraulic cutting unit is used to provide smooth and clean cuts, reducing the need for additional finishing work. It is typically operated by a control panel that allows the user to adjust the cutting speed and pressure according to the material being cut.