High Quality Steel Square Bar

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 25 m.t.

Supply Capability:: 10000 m.t./month

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square steel billet
1.3SP, 5SP
2.terms of payment: L/C at sight
3.size: 120*120mm
4.length: 5.8~12m

square steel billet
Specifications

square steel billets
1)We procure world class quality steel billets which meets the specific requirements of the clients
The Billets produced by the company can be broadly divided into three main types i.e.
M.S. Billets
CRS Billets
Special Alloy Billets
M.S. Billets are used for rolling of TMT Re-Bars of Fe415 and Fe500 Grade and various other structural steel products.
CRS Billets are used fro rolling of CRS TMT Re-Bars.
Special Alloy Billets are used for rolling of any special grade TMT Re-Bars like Earthquake resistant TMT Re-Bars and for special grade structural steel products.
The following are the sizes of Billets available with Shyam Steel Industries Ltd.:
100 X 100
120x120
150 X 150
Physical Properties:
Description
As per IS 2830
Shyam Billets
Bend (max.) 5 mm per meter >= 5 mm per meter
Carbon (max.) 3mm per meter >= 3 mm per meter
Length 3 mt - 13 mt 3 mt - 9 mt
Chemical Properties:
Ladle Analysis:
Designation
Carbon
Manganese
C15 0.12-0.18 0.30-0.60
C18 0.15-0.21 0.30-0.60
C20 0.17-0.23 0.30-0.60
C15 MMn 0.12-0.18 0.60-1.00
C18 MMn 0.15-0.21 0.60-1.00
C20 MMn 0.17-0.23 0.60-1.00
C15 HMn 0.12-0.18 1.00-1.50
C18 HMn 0.15-0.21 1.00-1.50
C20 HMn
0.17-0.23 1.00-1.50
Billets of different designations are manufactured in three different grades namely A, B, C having sulphur, phosphorous content (on ladle analysis) and carbon equivalent as follows:
Chemical Analysis:
Grade Sulphur Phosphorous Carbon Equivalent (CE)1
Max Max Max
A 0.05 0.05 0.42
B 0.045 0.045 0.41
C 0.04 0.04 0.39

Q: How do you use a steel square to find the center of a circle?: To find the center of a circle using a steel square, place the square diagonally across the circle so that the two sides intersect the circumference at two points. Then draw a line connecting these two points. Finally, draw another line connecting the midpoint of the first line to the center of the circle. The intersection of these two lines will be the center of the circle.

Q: Can a steel square be used for checking the squareness of a miter saw blade?: No, a steel square cannot be used for checking the squareness of a miter saw blade. A specialized tool called a miter gauge or a combination square is typically used for this purpose.

Q: Can a steel square be used for checking the squareness of countertops?: A steel square can be used for checking the squareness of countertops. A steel square is a versatile tool that is commonly used in carpentry and construction to ensure accurate right angles. When checking the squareness of countertops, a steel square can be placed against the edge of the countertop to see if it forms a perfect 90-degree angle. If the countertop is square, the steel square will align perfectly with the edge, confirming its squareness. However, it is important to note that the steel square should be properly calibrated and in good condition to ensure accurate measurements. Additionally, other tools like a level or measuring tape could also be helpful in assessing the squareness of countertops.

Q: Can a steel square be used for setting up a scroll saw?: Yes, a steel square can be used for setting up a scroll saw. A steel square is a versatile tool that can be used for various woodworking tasks, including setting up a scroll saw. It can be used to ensure that the scroll saw's table is perfectly perpendicular to the blade, ensuring accurate and precise cuts. The steel square can be placed against the blade and the table, allowing the user to adjust the table's angle until it is perfectly square. This will help in achieving straight and clean cuts while using the scroll saw.

Q: How do you use a steel square to find the slope of a ramp?: To use a steel square to find the slope of a ramp, you can follow these steps: 1. Place the steel square on the ramp, with one side resting on the surface of the ramp and the other side perpendicular to it. 2. Make sure the steel square is level and properly aligned with the ramp. 3. Using a level, check if the steel square is perfectly horizontal. Adjust the angle of the ramp if needed until the steel square is level. 4. Once the steel square is level, observe the side of the square that is perpendicular to the ramp. This side will indicate the slope of the ramp. 5. Determine the slope by measuring the vertical distance between the surface of the ramp and the bottom edge of the steel square, and the horizontal distance between the bottom edge of the steel square and the ramp. 6. Calculate the slope by dividing the vertical distance by the horizontal distance. This will give you the slope as a ratio or a percentage. For example, if the vertical distance is 2 inches and the horizontal distance is 10 inches, the slope would be 2/10 or 0.2, which can be expressed as 20% slope. Using a steel square allows you to accurately measure the slope of a ramp and ensure it meets the desired specifications or safety standards.

Q: What are some common features of steel squares?: Steel squares possess several common characteristics, including: 1. Material: Crafted from high-quality steel, these squares exhibit exceptional durability and strength. 2. Shape: Typically resembling a right-angled triangle, steel squares possess one elongated side and two shorter sides that form a perfect 90-degree angle. 3. Precision: Meticulously engineered, steel squares guarantee precise measurements and angles. Their edges and corners undergo meticulous machining to deliver consistent and accurate results. 4. Markings: Often adorned with markings along their edges, steel squares offer users the ability to measure and indicate specific lengths or angles. 5. Graduations: Some steel squares are embellished with engraved or printed scales, allowing for easier measurement of angles or distances. 6. Versatility: Steel squares serve a multitude of purposes, including measuring, marking, and verifying right angles, as well as determining and transferring angles. 7. Size and weight: Steel squares are available in various sizes, ranging from compact pocket-sized squares to larger ones designed for heavy-duty applications. The weight of a steel square varies depending on its size and thickness. 8. Corrosion resistance: To prolong their lifespan, steel squares are often treated or coated to enhance their resistance to rust and corrosion. 9. Stability: Engineered for stability and rigidity, steel squares provide a dependable reference point for precise measurements and layout work. 10. Multi-functionality: Certain steel squares may incorporate additional features, such as built-in spirit levels, scribing tools, or adjustable components, offering enhanced versatility and convenience for specific applications.

Q: How do you use a steel square to measure and mark 150-degree angles?: To measure and mark 150-degree angles using a steel square, start by aligning the edge of the square with the line or surface you want to measure. Next, locate the 30-degree notch on the square and position it along the line. Finally, draw a line along the edge of the square to mark the 150-degree angle.

Q: What are the different ways to read angles on a steel square when working with metal?: When working with metal, there are multiple ways to read angles on a steel square. Here are a few common methods: 1. Degree Scale: Many steel squares have a degree scale engraved on the blade. This scale allows you to directly read the angle in degrees by aligning the desired angle with the reference line on the blade. 2. Protractor: Using a protractor in conjunction with a steel square can provide more precise angle measurements. Place the protractor against the blade of the square and align the reference line with the desired angle. Read the angle measurement directly from the protractor. 3. Vernier Scale: Some advanced steel squares may have a vernier scale. This scale provides even more precise angle readings. Align the desired angle with the reference line and read the corresponding value on the vernier scale. The vernier scale allows for more accurate measurements by providing additional subdivisions. 4. Digital Angle Finder: For those who prefer digital tools, a digital angle finder can be used in conjunction with a steel square. Place the square against the workpiece and then use the digital angle finder to measure the angle. This tool provides precise measurements and can be especially helpful when working with complex angles. 5. Combination Square: A combination square is a versatile tool that includes a ruler, a level, and an adjustable blade. By adjusting the blade to the desired angle, you can easily read the angle measurement on the scale provided on the blade. Remember, regardless of the method used, it is crucial to ensure that the steel square is securely placed against the workpiece to obtain accurate angle readings.

Q: How do you use a steel square to measure and mark 303.75-degree angles?: In order to measure and mark angles of 303.75 degrees using a steel square, the first step would be to align one edge of the square with the starting point of the desired angle. Then, the square should be rotated until the other edge aligns with the intended endpoint of the angle. Given that a steel square typically includes markings for 90-degree angles and their respective complements (45 and 135 degrees), it may not have a specific marking for a 303.75-degree angle. Nevertheless, an estimation of the angle can still be made by utilizing the available markings on the square. For instance, the alignment process can begin by matching the 90-degree marking on the square with the starting point of the angle. Then, the position of the other edge of the square should be observed. If it aligns with the 45-degree marking, it can be estimated that the angle is approximately 135 degrees (90 + 45). To further refine the measurement, the remaining angle of 168.75 degrees can be divided into two equal parts. The square should be aligned with the endpoint of the angle, and the halfway point should be marked. This will result in an estimate of a 303.75-degree angle. It is important to note that this method may not yield an exact measurement, but it can assist in approximating and marking the desired angle when employing a steel square.

Q: How do you use a steel square to find the height of a gable end?: To determine the height of a gable end using a steel square, the following steps can be followed: 1. Position yourself on a level surface directly in front of the gable end you wish to measure. Ensure that you have an unobstructed view of the entire gable end. 2. Take hold of the steel square, ensuring that it is clean and free from any debris that may impact the accuracy of your measurements. 3. Fully extend your arm and hold the steel square horizontally, aligning one of its sides with the base of the gable end. The base should be the bottom edge of the gable wall where it meets the ground or foundation. 4. Maintain the levelness of the steel square and gradually raise or lower it until the opposite side aligns with the highest point of the gable end. The highest point could be the peak of the gable roof or the highest point of the wall, depending on the specific structure being measured. 5. Once the steel square is aligned with the base and the highest point of the gable end, take note of the measurement displayed on the steel square. This measurement represents the height of the gable end. It is essential to bear in mind that the steel square is a versatile tool that can be utilized for various measurements and calculations within carpentry and construction. Nevertheless, it is always prudent to verify your measurements using alternative methods to ensure precision.

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