Definition and Application Scenarios
An embedded channel is a metal channel component pre-installed within a concrete structure. It typically consists of a channel body (C-shaped steel), anchor studs or bolts, and matching fasteners. Its main function is to provide reliable fixing points for subsequent installation of MEP equipment, pipelines, cable trays, and more—without the need for on-site drilling, which could damage the structural integrity. It is widely used in buildings, rail transit systems (such as subways and tunnels), bridges, utility tunnels, and curtain wall systems.
Wide Applicability
- Compatible with Various Structures: Embedded channels can be installed in different parts of concrete structures, including beams, slabs, columns, and walls, making them suitable for multiple disciplines such as MEP, fire protection, and HVAC.
- Strong Environmental Adaptability: With anti-corrosion treatments such as hot-dip galvanizing or stainless steel materials, embedded channels are ideal for harsh environments—such as high humidity, coastal high-salt conditions, or corrosive industrial settings—ensuring long service life.
Clean Aesthetics and Enhanced Project Quality
- Concealed Installation: Embedded within the concrete, channels lie flush with the surface and require no additional finishing work, preserving a clean and neat architectural appearance. This is especially beneficial for projects with high aesthetic standards, such as interior fit-outs and curtain wall systems.
