parallel flange channel steel in U shaped

parallel flange channel steel in U shaped

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Loading Port:: Qingdao

Payment Terms:: TT OR LC

Min Order Qty:: 10 m.t.

Supply Capability:: 5000 m.t./month

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Products Information:

1.Products size	Size : 5#--40#
2.Products length	Lengths : 6m--12m
3.Product standard	Standard : GB, ASTM, JIS, DIN
4.Product Grade	Grades : Q235B, Q345B, SS400
5.Application	Used or building structures, vehicle
	manufacturing and other industrial structures
6.Customized requirement	Can produce special specification products
	as per our customers' requirement
7.Delivery Time	15-30 days after recieve the LC or pre-paid
8.Detail Package	Bundles, seaworthy wooden cases with or without
	edge protector, steel hoop and seals, or as per
	customers' requirements

Drawings and Datas (for know more about the structure and size)

parallel flange channel steel in U shaped

Specification	h	b	d	t	Cm²	(kg/m)
5	50	37	4.5	7	6.93	5.44
6.3	63	40	4.8	7.5	8.45	6.63
8	80	43	5	8	10.24	8.04
10	100	48	5.3	8.5	12.74	10
12.6	126	53	5.5	9	15.69	12.37
14a	140	58	6	9.5	18.51	14.53
14b	140	60	8	9.5	21.31	16.73
16a	160	63	6.5	10	21.95	17.23
16	160	65	8.5	10	25.15	19.74
18a	180	68	7	10.5	25.69	20.17
18	180	70	9	10.5	29.29	22.99

Q: Can stainless steel angles be used in the production of outdoor sports equipment?: Yes, stainless steel angles can be used in the production of outdoor sports equipment. Stainless steel is known for its durability, corrosion resistance, and strength, making it a suitable material for outdoor applications. The angles can be used to provide structural support and reinforcement in various sports equipment such as basketball hoops, goalposts, and bike racks, ensuring their longevity and performance in outdoor environments.

Q: How do stainless steel angles perform in acidic environments?: Stainless steel angles are known for their excellent corrosion resistance, which makes them highly suitable for use in acidic environments. The presence of chromium in stainless steel helps to form a passive layer on the surface, which acts as a protective barrier against corrosive agents, including acids. This passive layer prevents further oxidation and degradation of the stainless steel, ensuring its durability and longevity in acidic conditions. In acidic environments, stainless steel angles exhibit minimal to no signs of corrosion, making them a reliable choice for applications such as chemical processing plants, wastewater treatment facilities, and food processing industries, where exposure to acids is common. The high resistance to corrosion also makes stainless steel angles suitable for outdoor applications, where they may be exposed to acid rain or other environmental factors. It is important to note that the performance of stainless steel angles in acidic environments can vary depending on the specific grade of stainless steel used. There are different grades of stainless steel available, each with its own composition and corrosion resistance properties. Therefore, it is essential to select the appropriate grade of stainless steel that suits the specific requirements of the acidic environment. Regular cleaning and maintenance are also necessary to ensure the optimum performance of stainless steel angles in acidic environments. Proper cleaning techniques and the use of compatible cleaning agents can help remove any contaminants or deposits that might compromise the passive layer on the stainless steel surface. Overall, stainless steel angles are an excellent choice for applications in acidic environments due to their superior corrosion resistance, durability, and ability to maintain their structural integrity even in harsh conditions.

Q: What are the different surface finishes available for stainless steel angles?: Stainless steel angles offer a variety of surface finishes to choose from. Here are some of the most common options: 1. Mill Finish: The stainless steel angle is produced in the mill, resulting in a dull, gray appearance without any extra treatment or polishing. 2. Brushed Finish: Also referred to as satin finish, this surface is achieved by brushing the angle with a fine abrasive material. It creates a smooth, brushed look that effectively conceals fingerprints and scratches. 3. Mirror Finish: For the highest level of reflectivity, the angle is polished using progressively finer abrasives. This mirror-like surface finish is popular in architecture and for decorative purposes. 4. Bead Blasted Finish: By bombarding the angle with small glass beads at high speed, a uniform, non-reflective, textured surface is created. This finish is often utilized in industrial applications to hide imperfections. 5. Etched Finish: A chemical treatment is applied to the stainless steel angle, resulting in a pattern or design on its surface. This technique can be used to create logos, text, or decorative patterns. 6. Colored Finish: Techniques such as PVD coating or electroplating can be used to color stainless steel angles, providing a range of aesthetic options. These finishes can enhance the angle's visual appeal. When selecting a surface finish for stainless steel angles, consider factors such as the intended application, desired appearance, and necessary corrosion resistance. Each finish has its own advantages and disadvantages, so it is crucial to carefully evaluate these aspects when choosing the most suitable finish for a specific project.

Q: How do stainless steel angles contribute to the overall sustainability of a product?: Stainless steel angles contribute to the overall sustainability of a product in several ways. Firstly, stainless steel itself is a highly sustainable material. It is made primarily from iron ore, which is one of the most abundant elements on Earth. This means that stainless steel is a readily available resource and its production does not deplete natural resources to a significant extent. Moreover, stainless steel is known for its exceptional durability and longevity. It is highly resistant to corrosion, tarnish, and wear, which means products made with stainless steel angles have a longer lifespan compared to those made with other materials. This reduces the need for frequent replacements, thus decreasing the overall environmental impact associated with manufacturing, transportation, and disposal of products. Additionally, stainless steel is 100% recyclable, making it a closed-loop material. This means that at the end of its useful life, stainless steel angles can be recycled and transformed into new products, without any loss in quality or performance. Recycling stainless steel requires only a fraction of the energy and resources needed to produce it from scratch, further reducing its environmental footprint. Furthermore, stainless steel is non-toxic and does not release harmful chemicals or pollutants into the environment. This makes it a safe and sustainable choice for various applications, including in the construction, automotive, and manufacturing industries. Lastly, stainless steel angles contribute to the overall sustainability of a product by offering design flexibility. Their unique shape and structural properties allow for efficient use of material, reducing waste during the manufacturing process. This, in turn, leads to a more sustainable use of resources and a lower carbon footprint. In conclusion, stainless steel angles play a crucial role in enhancing the overall sustainability of a product. From the sustainable sourcing of materials to its durability, recyclability, and non-toxic nature, stainless steel angles offer numerous environmental benefits, making them a preferred choice for sustainable product design and manufacturing.

Q: What are the different types of stainless steel angles profiles used in industrial applications?: In industrial applications, stainless steel angle profiles are widely used for their strength, stability, and corrosion resistance. There are several types of these profiles commonly utilized: 1. Equal Leg Angle: This stainless steel angle has legs of equal length, forming a 90-degree angle. It is commonly employed in structural applications such as constructing frames, supports, and bracing. 2. Unequal Leg Angle: Also referred to as L-shaped angles, these stainless steel angles have legs of varying lengths. They find use in applications where one leg needs to be longer or shorter than the other, such as in machinery supports or frames. 3. Stainless Steel C Channel: C channel angles resemble the letter "C," with one long horizontal leg and two short vertical legs. They are frequently employed in the construction and manufacturing industries for support beams, architectural framing, and equipment racks. 4. Stainless Steel T Channel: T channel angles resemble the letter "T," featuring one long vertical leg and a shorter horizontal leg. They are commonly found in industrial applications requiring support, such as conveyor systems, structural framing, and machinery assembly. 5. Stainless Steel U Channel: U channel angles have a shape resembling the letter "U," with two parallel legs and a connecting base. They are commonly used in industrial applications where stability and support are crucial, such as building frames, truck bed rails, and equipment enclosures. 6. Stainless Steel Z Angle: Z angles have a shape similar to the letter "Z," with two legs forming a 90-degree angle and a connecting base. They are frequently utilized in industrial applications that necessitate increased strength and stability, such as shelving units, storage racks, and architectural trims. These stainless steel angle profiles come in different grades, such as 304 and 316, which offer varying levels of corrosion resistance and durability. The selection of profile type and grade depends on the specific requirements of the industrial application, such as load-bearing capacity, exposure to harsh environments, and aesthetic considerations.

Q: What is the difference between 304L and 304H stainless steel angles?: The main difference between 304L and 304H stainless steel angles is their carbon content. 304L has a lower carbon content, making it more resistant to sensitization and corrosion in high-temperature environments. On the other hand, 304H has a higher carbon content, which provides improved strength at elevated temperatures.

Q: What are the load capacities of stainless steel angles?: The load capacities of stainless steel angles vary depending on factors such as the size, thickness, and grade of the angle. It is best to consult engineering tables or contact a structural engineer for specific load capacity information.

Q: Can stainless steel angles be used in the chemical processing industry?: Yes, stainless steel angles can be used in the chemical processing industry. Stainless steel is highly resistant to corrosion, making it an ideal material for handling corrosive chemicals. Stainless steel angles provide structural support and can withstand the harsh conditions and chemicals typically found in the chemical processing industry.

Q: What are the different corrosion resistance properties of stainless steel angles?: Stainless steel angles have excellent corrosion resistance properties due to the presence of chromium in their composition. The chromium forms a protective oxide layer on the surface, which prevents further corrosion. Additionally, stainless steel angles can have varying levels of nickel and molybdenum, which enhance their resistance to specific types of corrosion, such as pitting, crevice, and intergranular corrosion. Overall, stainless steel angles offer a high level of corrosion resistance, making them suitable for various applications in corrosive environments.

Q: How do you calculate the moment of inertia for a slotted stainless steel angle?: To calculate the moment of inertia for a slotted stainless steel angle, you need to consider the geometry of the angle and the distribution of its mass. First, determine the dimensions and shape of the slotted stainless steel angle. Measure the lengths of the two legs of the angle, the thickness of the material, and the width of the slot. These dimensions will be used in the calculation. Next, calculate the individual moments of inertia for the two legs of the angle. The moment of inertia for a rectangular section can be calculated using the formula: I = (b * h^3) / 12 where I is the moment of inertia, b is the width, and h is the height of the leg. However, since the angle is slotted, you need to subtract the moment of inertia of the slot. The moment of inertia for a rectangular slot can be calculated using the formula: I_slot = (b_slot * h_slot^3) / 12 where I_slot is the moment of inertia of the slot, b_slot is the width of the slot, and h_slot is the height of the slot. Then, calculate the combined moment of inertia for the two legs of the angle. Since the angle is symmetrical, you can use the parallel axis theorem to calculate the combined moment of inertia: I_combined = 2 * I_leg - 2 * I_slot where I_combined is the combined moment of inertia, I_leg is the moment of inertia for each leg, and I_slot is the moment of inertia for the slot. Finally, if there are additional components or cutouts in the angle, you need to consider their contribution to the moment of inertia as well. Calculate their individual moments of inertia using the appropriate formulas and add them to the combined moment of inertia. It is important to note that these calculations assume a homogeneous material and uniform distribution of mass. If the angle has irregularities or variations in its density, the calculations may need to be adjusted accordingly. Additionally, if the angle is composed of multiple sections or has a complex shape, the moment of inertia calculation may require more advanced methods such as numerical integration or CAD software.

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