Audited Supplier
HINA
1 Year
GB, ISO, CE
Commercial
Q235B, Q355b
Ground Bracket
DIN, ASTM/ASME, JIS, En, ISO, as, GB
ISO 9001:2015
HDG, Spray, Zinc Aluminum Magnesium
ISO1461
7-30days
6m-12m
1.5mm-25mm
Natural Silver
Free Sample
HINA
20-25kg/Cartons+900kg/Pallets
Customized
China
7208519000
Product Description
Galvanized Steel Structure C U Z Steel Channel for Solar Bracket
C steel channel steel is a commonly used material in solar photovoltaic brackets, which has the following advantages:
High strength: C steel channel steel has high strength and rigidity, and can bear large loads.
Corrosion resistance: The surface of C steel channel steel is galvanized, which has strong corrosion resistance and can adapt to various harsh environments.
Beautiful: The appearance of C steel channel steel is simple and elegant, with smooth lines, which can not only meet the functional requirements, but also improve the overall aesthetics of the building.
A steel channel is a type of steel pipe used in various industries, including solar photovoltaic installations. There are four types of steel channels available: C steel channels, Z steel channels, H steel channels, and U steel channels.
C steel channel is the most common type and is known for its durability and strength. It is ideal for high-pressure applications and can withstand extreme temperatures.
Z steel channels are designed for underground use and are corrosion resistant. It is commonly used in water supply and wastewater treatment systems.
Lightweight and easy to handle, the H channel is ideal for installation on rooftops or in tight spaces.
U-channel is a versatile option that can be used for both vertical and horizontal applications. It is known for its flexibility and can be easily bent into shape.
In general, steel channels are an important part of the construction of solar photovoltaic systems. Its ability to withstand high pressures and extreme temperatures makes it a reliable choice for this application.
Construction Field
In light steel keel buildings, C - Channel is the main structural material. It is used to make wall keels, which can bear the weight and lateral pressure of wall materials (such as gypsum boards and insulation boards); when used in roof purlins, it can support roofing materials, such as color steel plates.
In multi-story light steel residences, C - Channel serves as the main load-bearing structural component, undertaking the loads of floors and roofs and transferring them to the foundation.
Industrial Field
In industrial plants, C - Channel is often used to make crane beams. Crane beams need to bear the vertical and horizontal loads of cranes, and the high strength and good bending and shear resistance of C - Channel can meet this requirement.
It can also be used for the supports of industrial equipment, providing stable support for the equipment and ensuring the safety of the equipment during operation.
Logistics and Warehousing Field
C - Channel is used to make the shelves in warehouses. Its high strength and workability enable the shelves to bear the weight of goods and can be flexibly designed and fabricated according to the size and storage requirements of the goods.
It is also applied in the making of supports for logistics conveying equipment, such as the supports of conveyors, ensuring the normal operation of logistics equipment.
C steel channel steel is a commonly used material in solar photovoltaic brackets, which has the following advantages:
High strength: C steel channel steel has high strength and rigidity, and can bear large loads.
Corrosion resistance: The surface of C steel channel steel is galvanized, which has strong corrosion resistance and can adapt to various harsh environments.
Beautiful: The appearance of C steel channel steel is simple and elegant, with smooth lines, which can not only meet the functional requirements, but also improve the overall aesthetics of the building.
A steel channel is a type of steel pipe used in various industries, including solar photovoltaic installations. There are four types of steel channels available: C steel channels, Z steel channels, H steel channels, and U steel channels.
C steel channel is the most common type and is known for its durability and strength. It is ideal for high-pressure applications and can withstand extreme temperatures.
Z steel channels are designed for underground use and are corrosion resistant. It is commonly used in water supply and wastewater treatment systems.
Lightweight and easy to handle, the H channel is ideal for installation on rooftops or in tight spaces.
U-channel is a versatile option that can be used for both vertical and horizontal applications. It is known for its flexibility and can be easily bent into shape.
In general, steel channels are an important part of the construction of solar photovoltaic systems. Its ability to withstand high pressures and extreme temperatures makes it a reliable choice for this application.
Commonly seen materials include ordinary carbon structural steel, such as Q235 steel. Q235 steel has good strength and toughness, and its yield strength is generally around 235 MPa, capable of withstanding certain loads. Moreover, it is relatively inexpensive and widely used in industries such as construction.
Low-alloy high-strength structural steel, such as Q345 steel. The yield strength of Q345 steel can reach around 345 MPa. Compared with Q235 steel, it has higher strength and also has relatively good toughness, welding performance, and corrosion resistance, suitable for structures with higher load-bearing requirements.
| Surface treatment | Hot - dip galvanizing Electrogalvanizing |
| Height | The height range of C - Channel is relatively wide. Commonly seen ones include 80 mm, 100 mm, 120 mm, 140 mm, 160 mm, etc. For example, the C - Channel with a height of 100 mm is more frequently used in the light steel keel building system, for making wall keels and roof purlins. |
| Width | The width is generally determined according to the height and design requirements, usually ranging from 40 to 80 mm. |
| Web Thickness | The thickness is between 1.5 and 3.0 mm. |
| Flange Thickness | The flange thickness is generally between 2.0 and 4.0 mm. A thicker flange can improve the bending resistance of the C - Channel. |
- High Strength
- Light Self-weight
- Strong Workability
- Economical and Efficient
Construction Field
In light steel keel buildings, C - Channel is the main structural material. It is used to make wall keels, which can bear the weight and lateral pressure of wall materials (such as gypsum boards and insulation boards); when used in roof purlins, it can support roofing materials, such as color steel plates.
In multi-story light steel residences, C - Channel serves as the main load-bearing structural component, undertaking the loads of floors and roofs and transferring them to the foundation.
Industrial Field
In industrial plants, C - Channel is often used to make crane beams. Crane beams need to bear the vertical and horizontal loads of cranes, and the high strength and good bending and shear resistance of C - Channel can meet this requirement.
It can also be used for the supports of industrial equipment, providing stable support for the equipment and ensuring the safety of the equipment during operation.
Logistics and Warehousing Field
C - Channel is used to make the shelves in warehouses. Its high strength and workability enable the shelves to bear the weight of goods and can be flexibly designed and fabricated according to the size and storage requirements of the goods.
It is also applied in the making of supports for logistics conveying equipment, such as the supports of conveyors, ensuring the normal operation of logistics equipment.
