• Steel U Channel With Higher  Yield Point System 1
  • Steel U Channel With Higher  Yield Point System 2
Steel U Channel With Higher  Yield Point

Steel U Channel With Higher Yield Point

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Loading Port:
China main port
Payment Terms:
TT or LC
Min Order Qty:
50 m.t.
Supply Capability:
50000 m.t./month

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Description

In the production of steel products, steel is molded and reshaped with different machinery at different temperatures.  One process is steel rolling, which involves metal stock passing through a pair of rolls.  Rolling produces flat steel sheets of a specific thickness, and the process is classified according to the temperature at which the metal is rolled.  If the temperature of the metal is above its recrystallization temperature, or the temperature at which the grain structure of the metal can be altered, then the process is termed as hot rolling.  If the temperature of the metal is below its recrystallization temperature, the process is termed as cold rolling.

Like cold rolling, cold drawing is performed at room temperature, but instead of producing a flat object like a coke can, cold drawing makes steel into the form of a wire like the spokes of a wheel or a paper clip.  To start the process, Steel is usual hammered and rolled so that it can be fit through a die; a tool that turns the steel mass into a wire.  The room temperature steel is pulled through the die which reshapes it into a thinner shape while maintaining the same volume.  It is similar to the idea of syrup flowing out of a bottle through a tube in that it changes shape but not volume, but instead of squeezing the metal, it is pulled out.  In order to get the wire down to the right diameter, it usually requires more than one pass through different dies.

 

Chemical Compostion

 

  Grade

                                        Element(%)

          C

         Mn

           P

           S

  SS330

          --

          --

      ≦0.050

     ≦0.050

  SS400

  SS490

  SS540

       ≦0.30

      ≦1.60

      ≦0.040

     ≦0.040

 

Usage/Applications

Channel Steel is usually used for building structure, vehicle manufacturing and other industrial structure and often used with i beam.

In details,  the channel steel belongs to carbon structural steel which is applied to in the field of construction and machinery. The channel steel  is usually used for arch-itechtural structure, and they could be welded in order to support or hang a vari-ety of facilities. They are also usually used in combination with I beam. Generally,the channel steel must possess perfect welding property, riveting property and mechanical property and so on.

 

FAQ:

Q1: Why buy Materials & Equipment from OKorder.com?

A1: All products offered byOKorder.com are carefully selected from China's most reliable manufacturing enterprises. Through its ISO certifications, OKorder.com adheres to the highest standards and a commitment to supply chain safety and customer satisfaction.

Q2: How do we guarantee the quality of our products?

A2: We have established an advanced quality management system which conducts strict quality tests at every step, from raw materials to the final product. At the same time, we provide extensive follow-up service assurances as required.

Q3: Can stainless steel rust?

A3: Stainless does not "rust" as you think of regular steel rusting with a red oxide on the surface that flakes off. If you see red rust it is probably due to some iron particles that have contaminated the surface of the stainless steel and it is these iron particles that are rusting. Look at the source of the rusting and see if you can remove it from the surface.

 

Q: Can steel channels be used for ceiling installations?
Yes, steel channels can be used for ceiling installations. Steel channels are commonly used in construction for their strength and durability. They provide a secure and stable base for suspending or mounting various components of a ceiling system, such as electrical fixtures, HVAC ducts, and acoustic panels. Steel channels also allow for easy installation and adjustment, making them a popular choice for both residential and commercial ceiling applications. Additionally, they offer excellent load-bearing capacity, ensuring that the ceiling structure remains stable and secure.
Q: How do steel channels contribute to earthquake-resistant structures?
There are several ways in which steel channels contribute to earthquake-resistant structures. To begin with, steel channels play a crucial role in providing strength and stability to the structure. They are frequently utilized as structural elements, such as beams and columns, that bear the weight of the building. Steel channels are renowned for their exceptional strength-to-weight ratio, enabling them to withstand heavy loads while remaining relatively lightweight. This strength assists the structure in enduring the powerful forces generated during an earthquake. Furthermore, steel channels can serve as reinforcements in concrete structures. By embedding steel channels within the concrete, the overall structural integrity is enhanced. During an earthquake, the steel channels aid in distributing the forces and stresses throughout the structure, preventing localized damage. This reinforcement technique is commonly utilized in the construction of walls, floors, and foundations. Moreover, steel channels can also function as bracing elements in earthquake-resistant structures. Bracing systems augment the rigidity and ductility of the building, enabling it to absorb and dissipate seismic energy. Steel channels can be strategically positioned within the framework of a building to provide additional resistance against lateral forces, such as those caused by earthquakes. This helps minimize the overall deformation of the building and prevents collapse. Additionally, steel channels offer flexibility in terms of design and construction. They can be easily fabricated and installed, facilitating the efficient construction of earthquake-resistant structures. Their versatility allows engineers to devise innovative and tailored solutions to meet specific seismic design requirements. In summary, steel channels contribute to earthquake-resistant structures by furnishing strength, stability, reinforcement, and bracing. Their exceptional strength-to-weight ratio, capacity to distribute forces, and design adaptability make them an indispensable component in ensuring the safety and resilience of buildings during seismic events.
Q: How do steel channels contribute to the overall speed of construction?
There are several ways in which steel channels contribute to the overall speed of construction. To begin with, steel channels are prefabricated components that can be easily manufactured off-site and transported to the construction site. This eliminates the need for on-site fabrication, resulting in a significant reduction in construction time. Furthermore, steel channels possess the qualities of being lightweight yet strong, which makes them easy to handle and install. As a result, construction workers can quickly and efficiently assemble these components, saving both time and labor costs. Additionally, steel channels can be easily connected using various fastening methods such as welding or bolting, further expediting the construction process. Moreover, steel channels offer great flexibility in terms of design and can be easily modified or adjusted during construction. This adaptability allows construction projects to be completed at a faster pace, as changes can be made to the structure without causing significant delays or disruptions. Lastly, steel channels provide structural support and can be utilized in a variety of applications, including framing, bracing, and supporting heavy loads. Due to their high strength-to-weight ratio, they ensure the stability and durability of the construction, enabling faster progress without compromising safety. In summary, the inclusion of steel channels in construction plays a crucial role in speeding up the project by reducing fabrication time, facilitating quick assembly, accommodating design modifications, and offering structural support.
Q: What are the different types of surface treatments for steel channels in marine applications?
There are several different types of surface treatments for steel channels used in marine applications. These treatments are designed to enhance the durability and corrosion resistance of the steel in harsh marine environments. One common surface treatment is hot-dip galvanizing. In this process, the steel channel is dipped into a bath of molten zinc, which forms a protective coating on the surface. This coating acts as a barrier against corrosion, protecting the steel from the corrosive effects of saltwater and other marine elements. Another option is epoxy coating. This involves applying a layer of epoxy paint to the surface of the steel channel. The epoxy creates a protective barrier, preventing water and oxygen from reaching the steel and causing corrosion. Epoxy coatings can be particularly effective in marine environments where there is a high risk of abrasion or impact. In addition to galvanizing and epoxy coating, there are also other surface treatments available for steel channels in marine applications. These include metalizing, which involves spraying molten metal onto the surface of the steel to provide a protective coating, and electroplating, which involves depositing a layer of metal onto the surface of the steel using an electric current. Furthermore, some manufacturers offer specialized marine coatings that are specifically formulated to withstand the unique challenges of marine environments. These coatings may contain additives or compounds that provide enhanced corrosion resistance and durability. Ultimately, the choice of surface treatment for steel channels in marine applications will depend on factors such as the specific environment, the level of corrosion resistance required, and the budget. It is important to consult with a corrosion specialist or an engineer to determine the most suitable surface treatment for a particular marine application.
Q: How are steel channels used in the automotive industry?
Steel channels are commonly used in the automotive industry for various applications. They are primarily used in the construction of car frames and chassis, providing structural support and rigidity. Steel channels also play a crucial role in reinforcing various components such as bumpers, doors, and engine mounts, ensuring safety and enhanced durability. Additionally, they are used in the manufacturing of suspension systems, steering columns, and other mechanical parts, contributing to the overall performance and longevity of vehicles.
Q: Can steel channels be used in historical restoration projects?
Indeed, historical restoration projects can utilize steel channels. These channels possess versatility and durability, rendering them appropriate for various purposes, such as historical restoration. They serve to strengthen and uphold structures, replace worn-out or impaired components, and safeguard the historical authenticity of edifices and landmarks. Moreover, steel channels can be tailored to mirror the original design and appearance of the historical structure, guaranteeing flawless integration. Furthermore, the robustness and endurance of steel make it an optimal substance to withstand the trials of time, thereby securing the perpetuity and sustainability of the refurbished historical site.
Q: How are steel channels used in construction?
Steel channels have a wide range of applications in construction. One of their main uses is providing support and stability to a building's framework in structural applications. They are commonly used as beams or columns to bear heavy loads and resist bending or twisting forces. Additionally, steel channels are frequently utilized for framing and framing accessories, like door and window frames. They offer a rigid and long-lasting framework for the installation of doors, windows, and other fixtures. Furthermore, steel channels are used in the construction of ceilings, walls, and partitions. They can serve as support elements for attaching drywall or other finishing materials, ensuring strength and stability for the overall structure. Moreover, steel channels are employed in the construction of infrastructure projects such as bridges and highways. They act as structural components that can withstand heavy loads and provide the necessary strength and durability required for these types of constructions. In conclusion, steel channels are essential in construction due to their strength, versatility, and durability. They play a vital role in maintaining the stability and structural integrity of buildings, making them an indispensable component in the construction industry.
Q: Can steel channels be used in the manufacturing industry?
Yes, steel channels can be used in the manufacturing industry. Steel channels are commonly used in various manufacturing processes such as construction, fabrication, and engineering. They provide structural support, aid in the assembly of machinery and equipment, and offer versatility in designing and constructing industrial structures. The durability and strength of steel channels make them a suitable choice for applications in the manufacturing industry.
Q: Can steel channels be used in the chemical manufacturing industry?
Yes, steel channels can be used in the chemical manufacturing industry. Steel channels provide structural support and can be used in various applications such as building chemical storage tanks, platforms, walkways, and support structures for equipment and piping systems. Steel is known for its durability, strength, and corrosion resistance, making it suitable for chemical environments where exposure to corrosive substances and high temperatures is common. Additionally, steel channels can be customized and fabricated to meet specific design requirements, offering flexibility in construction and installation. Overall, steel channels are a reliable and versatile choice for the chemical manufacturing industry.
Q: What are the different methods of surface treatment for steel channels?
Steel channels can be subjected to various surface treatment methods, each with its own unique advantages and characteristics. Some commonly used methods include: 1. Hot-dip galvanizing: In this method, steel channels are immersed in molten zinc, resulting in a zinc coating that offers exceptional corrosion resistance and protects against rust and other environmental factors. It is a popular choice for outdoor applications that require long-lasting durability. 2. Powder coating: This dry finishing process involves electrostatically applying a powdered polymer to steel channels, which is then cured under heat. Powder coating provides a durable and visually appealing finish, with a wide range of colors and textures available. It also offers excellent resistance to chipping, scratching, and fading. 3. Electroplating: Through an electrochemical process, a thin layer of metal, such as chromium or nickel, is deposited onto the surface of steel channels. This method enhances corrosion resistance, improves appearance, and can even increase the hardness and wear resistance of the steel. 4. Paint coating: A common method involves applying a layer of paint to the surface of steel channels. This not only provides a decorative finish but also protects against corrosion and weathering. Different types of paints, such as epoxy, acrylic, or polyurethane, can be used based on specific application requirements. 5. Anodizing: Although primarily used for aluminum, anodizing can also be applied to steel channels. Through an electrochemical reaction, an oxide layer is formed on the metal surface. Anodizing improves corrosion resistance, provides a decorative finish, and can enhance wear resistance. 6. Phosphating: This chemical process entails applying a phosphate coating to the surface of steel channels. Phosphating improves paint or coating adhesion, provides a protective layer against corrosion, and can enhance lubricity. Each surface treatment method for steel channels offers its own advantages and is suitable for different applications. The choice of treatment method depends on factors such as intended use, environmental conditions, and desired appearance and performance characteristics.

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