Embedded Channel Steel Hot Rolled Steel C Channel And Cast-In
Channels In Structural System
Product
Embedded Channel Steel Hot Rolled Steel C Channel And Cast-In
Channels For Halfen Embedded Anchor Channels cast in anchor channel for precast concrete system: cast iron
anchor is one type precast concrete for the construction, precast
device, at first precast C type channel into the concrete, then
button T bolt into Ctype channel, install the connection parts by T
bolt to fix the whole device.
Embedded channel steel, also known as embedded C-channel or
hot-rolled channel, refers to a type of structural steel that is
commonly used in construction and industrial applications. It is
produced through a hot rolling process, where steel billets are
heated and passed through a series of rollers to shape them into
the desired channel profile.
| Brand | UNITED |
| Product origin | China |
| production technic | cold rolling bending, hot rolling |
| Machining | As requirement |
| Application | cast iron anchor is one type precast concrete for the construction,
precast device, at first precast C type channel into the concrete,
then button T bolt into Ctype channel, install the connection parts
by T bolt to fix the whole device. |
Features and Benefits
【Combined components】Neat, beautiful and generous, it can be easily dismantled,
modified and adjusted to avoid wasting resources
【Stable】Reliable and stable force, accurate positioning, shock and
vibration resistance
【Durable】Long service life, simple maintenance in the later period,
customers can choose whether to galvanize according to the use
environment
【Saving】 Compared with steel of the same strength, it saves 30% of metal
materials, and colleagues can save costs and capital.
【Quality Assurance】 In line with ISO9000, ISO9002 standards, to ensure product
integrity and product stability
Applications
Channels and struts are a type of structural system ideal for
installing wires, mechanical components and more in a range of
environments. Strut channels are available as slotted, punched,
solid and half slotted allowing for complete flexibility with
installation. They are available as lightweight or heavy duty
structures in vario·us sizes, depending on the application
required. Struts can also be cut to any required length, making
them a very versatile structural installation solution. channels
are manufactured using a wide range of materials such as Hot dip
galvanizing, electroplating, cold galvanizing.
channels and struts are commonly used in applications such as:
• Electrical
• Plumbing
• Construction
Advantages
Strength and Load-Bearing Capacity: Embedded channel steel offers high strength and load-bearing
capacity, making it suitable for supporting heavy loads and
withstanding various forces and pressures. It provides structural
stability and enhances the overall strength of the project.
Versatility: Embedded channel steel is highly versatile and can be used in a
wide range of applications. It is commonly used in the construction
of buildings, bridges, industrial structures, and machinery. It can
be embedded or integrated into different construction materials,
providing additional support and reinforcement.
Structural Integrity: The hot-rolling process used to produce embedded channel steel
enhances its structural integrity. The consistent dimensions and
properties of the steel ensure uniform strength and performance,
contributing to the long-term stability and durability of the
structure.
Easy Installation: Embedded channel steel is relatively easy to install due to its
standardized dimensions and consistent properties. It can be cut to
specific lengths and shapes, making it convenient to adapt to
different project requirements. The standardized channels also
allow for easy connections and fastening during installation.
Fire Resistance: Steel, including embedded channel steel, has inherent
fire-resistant properties. It does not burn, melt, or contribute to
the spread of fire, enhancing the safety of the structure. Embedded
channel steel can provide fire-resistant elements in building
construction, particularly when combined with other fireproofing
measures.
