• hot rolled  square steel billets System 1
  • hot rolled  square steel billets System 2
  • hot rolled  square steel billets System 3
hot rolled  square steel billets

hot rolled square steel billets

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Product Description:

Packaging & Delivery

Packaging Detail:in bundles
Delivery Detail:according to the quantity

Specifications

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.

  1. M.S. Billets

  2. CRS Billets

  3. 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
Length3 mt - 13 mt3 mt - 9 mt

Chemical Properties:

Ladle Analysis:

Designation

Carbon

Manganese

C150.12-0.180.30-0.60
C180.15-0.210.30-0.60
C200.17-0.230.30-0.60
C15 MMn0.12-0.180.60-1.00
C18 MMn0.15-0.210.60-1.00
C20 MMn0.17-0.230.60-1.00
C15 HMn0.12-0.181.00-1.50
C18 HMn0.15-0.211.00-1.50

C20 HMn

0.17-0.231.00-1.50

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:
GradeSulphurPhosphorousCarbon Equivalent (CE)1
MaxMaxMax
A0.050.050.42
B0.0450.0450.41
C0.040.040.39

Q:How do you use a steel square to determine rafter lengths?
To use a steel square to determine rafter lengths, you first need to understand the different markings and measurements on the steel square. There are two main parts of a steel square: the body and the tongue. The body of the steel square is the longer side, usually about 24 inches in length. It has multiple markings and numbers along its edge. The tongue is the shorter side, usually about 16 inches in length, and it is perpendicular to the body. To determine rafter lengths, follow these steps: 1. Start by placing the steel square on the rafter stock with the body against the edge of the board and the tongue extending over the top surface. 2. Align the tongue with the desired pitch or roof slope angle. The pitch is typically measured in inches per foot. For example, a 6/12 pitch means a rise of 6 inches for every 12 inches of run. 3. Once the tongue is aligned with the desired pitch, mark the point where the body intersects the edge of the rafter stock. This point represents the plumb cut or the top of the rafter. 4. Next, slide the steel square along the edge of the rafter stock until the desired rafter length is achieved. The rafter length is measured from the plumb cut to the desired run, which is the horizontal distance the rafter will span. 5. Mark the point where the body intersects the edge of the rafter stock. This point represents the bird's mouth or the bottom of the rafter, where it will sit on the wall plate. 6. Finally, connect the two marked points with a straight line to determine the plumb cut and bird's mouth on the rafter. By using the steel square in this manner, you can accurately determine the lengths and cuts for rafters based on the desired pitch and run of the roof. This method ensures that the rafters will fit properly and provide the necessary structural support for the roof.
Q:How do you use a steel square to ensure the correct angle for a finger joint?
To use a steel square to ensure the correct angle for a finger joint, follow these steps: 1. Gather the materials: You will need a steel square, a pencil or marking tool, and the pieces of wood you will be joining together. 2. Mark the wood: Use the pencil or marking tool to make a reference line on each piece of wood where the finger joint will be located. This line will help you align the steel square correctly. 3. Position the steel square: Place the steel square against the edge of one of the wood pieces, aligning the reference line with one of the edges of the square. Ensure that the square is flush against the wood and held firmly in place. 4. Mark the angle: With the steel square in position, use the edge of the square to mark the angle onto the wood. This will help you accurately cut the joint. 5. Repeat for the other piece: Once you have marked the angle on one piece of wood, repeat the process for the other piece by aligning the steel square with the reference line on the second piece and marking the angle. 6. Verify the angles: Before cutting the joint, double-check that the angles marked on both pieces of wood match each other. This will ensure a proper fit when joining the two pieces together. 7. Cut the joint: Using a saw or appropriate cutting tool, carefully cut along the marked angles to create the finger joint. Take your time and make precise cuts to ensure a tight and accurate joint. Remember, practice and precision are key when using a steel square for finger joints. Take your time, measure accurately, and make sure to follow safety precautions when working with any cutting tools.
Q:How do you use a steel square for creating accurate half-lap joints?
To use a steel square for creating accurate half-lap joints, follow these steps: 1. Measure and mark the desired size of the half-lap joint on the pieces of wood you will be joining together. Make sure the marks are accurate and aligned properly. 2. Position the steel square on the edge of one of the wood pieces, aligning one of its edges with the edge of the wood. Ensure that the square is held firmly in place. 3. Use a pencil or a marking knife to trace along the inside edge of the square onto the wood. This will transfer the square's 90-degree angle onto the wood, which will be crucial for creating a precise half-lap joint. 4. Repeat the process of tracing the square's edge onto the other piece of wood that will be part of the half-lap joint. Make sure the marks are aligned with the first piece of wood. 5. Now, using a saw, carefully cut along the marked lines on both pieces of wood. It is important to stay as close to the marked lines as possible to ensure a tight and accurate fit for the half-lap joint. 6. Once the cuts are made, test-fit the two pieces of wood together. They should fit snugly and create a seamless joint. If necessary, make slight adjustments with a chisel or sandpaper to achieve a perfect fit. By using a steel square, you can ensure that the half-lap joints are accurately marked and cut, resulting in strong and precise connections between the pieces of wood.
Q:How do you use a steel square for determining the center of a circle?
To use a steel square for determining the center of a circle, you can follow these steps: 1. Begin by drawing a straight line across the circle's diameter using the steel square. Place the square on the circle's edge, ensuring that it intersects the center of the circle. 2. Make a mark where the straight line intersects the circle on both sides. These marks will serve as reference points. 3. Rotate the steel square and place it on the circle's edge again, aligning one of the square's edges with one of the reference points you just marked. 4. Draw a second straight line across the diameter of the circle, intersecting the center and the other reference point. 5. The point where the two lines intersect is the center of the circle. You can mark this point or use it as a reference for further measurements or constructions. Using a steel square for determining the center of a circle provides a precise and accurate method, ensuring that your measurements are consistent and reliable.
Q:How do you use a steel square to determine the angle of a compound profile cut?
In order to determine the angle of a compound profile cut, one must use a steel square and adhere to the following instructions: 1. Start by ensuring that you possess a steel square equipped with a ruler on one side and a 90-degree angle on the other. 2. Position the steel square onto the material that requires cutting, aligning the ruler edge with one side of the material. 3. Proceed to adjust the angle of the steel square to match the desired angle for the compound profile cut. This can be accomplished by sliding the ruler edge up or down the material until the desired angle is achieved. 4. Once the angle has been set, employ a pencil or marker to indicate the line where the ruler edge intersects with the material. 5. Subsequently, repeat the aforementioned process on the opposing side of the material, aligning the ruler edge with the opposite side this time. It is crucial to maintain the same angle as previously determined. 6. Once again, mark the line where the ruler edge meets the material. 7. The angle between the two marked lines accurately represents the angle of the compound profile cut. 8. To verify the precision of the angle, it is possible to utilize a protractor or an angle measuring tool to gauge the angle between the two marked lines. By diligently following these steps and employing a steel square, one can successfully ascertain the angle of a compound profile cut.
Q:How do you use a steel square for marking stair skirt board angles?
To use a steel square for marking stair skirt board angles, first, place the square against the edge of the stair stringer and align the lip of the square with the riser height. Then, adjust the square until the tread angle matches the desired angle for the skirt board. Finally, trace along the edge of the square onto the skirt board to mark the angle for cutting.
Q:How do you use a steel square to measure angles?
To use a steel square for measuring angles, you can follow these steps: 1. Ensure that the steel square is clean and free from any dirt or debris that may affect the accuracy of your measurements. 2. Identify the angle that you want to measure. The steel square typically has two arms, a longer one called the blade and a shorter one called the tongue. 3. Place the steel square on a flat surface, ensuring that the blade is aligned with one side of the angle you want to measure. 4. Rotate the square until the tongue aligns with the other side of the angle. Make sure that both arms of the square are in contact with the surface and the sides of the angle. 5. Once the steel square is properly aligned, read the angle measurement from the scale engraved on the blade or tongue. The scale usually provides measurements in degrees, with markings at regular intervals. 6. Take note of the angle measurement and record it for future reference or use. It is important to handle the steel square with care to avoid any damage that might affect the accuracy of its measurements. Regularly check and calibrate your steel square if necessary to ensure precise and reliable angle measurements.
Q:Can a steel square be used for checking the squareness of window jambs?
Yes, a steel square can be used for checking the squareness of window jambs. The straight edges and right angles of a steel square make it a reliable tool for measuring and verifying the squareness of window jambs.
Q:How do you use a steel square to find the square footage of a pool?
To use a steel square to find the square footage of a pool, you would need to follow a few steps. First, ensure that the steel square is clean and free from any dirt or debris. This will provide accurate measurements. Next, measure the length and width of the pool using the steel square. Place one side of the square against the edge of the pool and extend it until it reaches the opposite side. Take note of the measurement on the steel square. Repeat the process for the width of the pool, placing the steel square against one side and extending it until it reaches the other side. Again, take note of the measurement on the steel square. Once you have both the length and width measurements, multiply them together to find the square footage of the pool. For example, if the length is 20 feet and the width is 10 feet, you would multiply 20 by 10 to get a total of 200 square feet. Keep in mind that this method assumes the pool is a simple rectangular shape. If the pool has irregular or curved edges, this method may not provide an accurate measurement of the square footage. In such cases, it is advisable to consult a professional or use alternative methods, such as using a measuring tape or laser distance meter, to obtain precise measurements.
Q:How do you use a steel square to determine the angle of a compound taper cut?
To use a steel square to determine the angle of a compound taper cut, you would need to follow these steps: 1. Position the steel square on the surface or edge of the material where the taper cut will be made. Ensure that the long side of the square is aligned with the length of the material. 2. Adjust the square so that one arm of the square is parallel to the surface or edge of the material. This arm will serve as a reference line for measuring the angle. 3. Use a protractor or angle finder to measure the angle between the reference line of the square and the surface or edge of the material. The protractor should be placed against the other arm of the square, which is perpendicular to the reference line. 4. Take note of the angle measurement. This will be the angle of the taper cut you need to make. 5. Transfer the angle measurement to your saw or cutting tool. Most saws have a bevel or miter gauge that can be adjusted to the desired angle. Set the gauge to the measured angle and lock it in place. 6. Align the material with the blade of the saw or cutting tool, making sure that the reference line of the steel square is parallel to the fence or guide of the saw. 7. Carefully make the compound taper cut, following the marked line or using the fence or guide of the saw as a reference. By using a steel square to measure the angle of a compound taper cut, you can ensure accurate and precise cuts, resulting in a professional-looking finished product.

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