• Alloyed square bar-Steel System 1
  • Alloyed square bar-Steel System 2
  • Alloyed square bar-Steel System 3
Alloyed square bar-Steel

Alloyed square bar-Steel

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hot rolled square steel billet
1.Q195 Q235 Q345B
2.terms of payment: L/C T/T
3.size: 100~150mm length: 5.8~12m
4.certificate:GB

Type

Steel billet

Standard

Grade

a. 3SP/PS

b. Q235

c. 5SP

d. Q275

Size

120mm x 120mm-150mm x 150mm etc. as per customers' requirement

Length

12m as standard

Application

Carbon structural steel, Alloy steel, Gear steel, etc.

Packing

standard export packing, or as per customers' requirement

Quality

First quality

Delivery time

Right now after the deposit.

Others

1. our products conform to all the standards

2. we can offer special specification products as per our customers

3. we can offer the original mill test certificate and original production



Q:How do you use a steel square to lay out a compound angle cut?
To use a steel square to lay out a compound angle cut, you will need to understand the basics of angle measurement and how the square can be used as a guide. First, start by determining the two angles that make up the compound angle cut. These angles can be found using a protractor or a digital angle finder tool. Next, take the steel square and align one of its edges with the reference edge of the material you are working with. This reference edge is the straight edge of the material that will serve as the baseline for the cut. Once the square is aligned, use a pencil or a scribe to mark the reference edge at the desired length of the cut. This will help you visualize the starting point of the compound angle cut. Now, you will need to use the measured angles to set the steel square accordingly. For example, if the first angle is 30 degrees, you will rotate the square so that the 30-degree mark aligns with the reference edge. Next, you will need to adjust the second angle. Let's say the second angle is 45 degrees. Rotate the square again, this time aligning the 45-degree mark with the edge that corresponds to the desired cut angle. Once the square is set to the correct angles, use a pencil or scribe to mark the lines along the edges of the square. These lines will represent the cut lines for the compound angle. Finally, you can use a saw or appropriate cutting tool to follow the marked lines and make the compound angle cut. Remember to always double-check your measurements and ensure the square is set accurately to achieve precise cuts. It may be helpful to practice on scrap material before making the final cut on your workpiece.
Q:How do you use a steel square to mark out 20-degree angles?
To use a steel square to mark out 20-degree angles, you would first align one edge of the square with the reference line or edge. Then, you would locate the 20-degree mark on the scale of the square and draw a line along the other edge of the square, intersecting the reference line. This will create a 20-degree angle.
Q:How do you use a steel square for creating precise tongue and groove joints?
In order to achieve precise tongue and groove joints, it is important to follow a series of steps while utilizing a steel square: 1. Begin by measuring and marking the thickness of the timber you will be working with. This step is crucial in determining the appropriate size for the tongue and groove joints. 2. Utilize the steel square to mark the joint's layout on both the edge and face of the timber. Place the square against the timber's edge, aligning it with the marked thickness line. Proceed to make the necessary markings using a pencil or a knife. 3. To create the tongue, position the square against the timber's edge and align it with the marked layout line. Use the square as a guide to draw multiple parallel lines across the timber's width. These lines will establish the dimensions of the tongue, including its width and depth. 4. Subsequently, for the groove, position the square against the timber's face, aligning it with the marked layout line. Again, use the square to draw parallel lines across the timber's width. These lines will define the dimensions of the groove, including its width and depth. 5. Employ a chisel or router to eliminate the excess material for both the tongue and groove. Begin by making several cuts along the marked lines for the tongue, and then use a chisel to remove the waste material between these cuts. Repeat this process for the groove, making several cuts along the marked lines and chiseling away the waste material. 6. Once the tongue and groove joints have been cut, test-fit them together to ensure a seamless and snug fit. Make any necessary adjustments by further chiseling or trimming until the joints fit precisely. By utilizing a steel square for creating tongue and groove joints, you can uphold accuracy and consistency in both the size and alignment of the joints. This tool serves as a dependable guide for marking the layout, guaranteeing that the resulting joints fit securely and create sturdy and professional connections.
Q:How do you use a steel square to determine the correct angle for a bevel cut?
To use a steel square to determine the correct angle for a bevel cut, you align the long edge of the square with the edge of the material you want to cut. Then, you adjust the square until the desired angle is achieved. Once the square is in position, you can mark the angle on the material to guide your bevel cut.
Q:How do you use a steel square to determine the slope of a hill?
To use a steel square to determine the slope of a hill, you will need to follow these steps: 1. Find a level area at the base of the hill where you can set up your steel square. Ensure that the area is clear of any obstacles or obstructions that may interfere with your measurements. 2. Position the steel square on the ground, making sure it is level and stable. You can use a spirit level or a bubble level to ensure its accuracy. 3. Hold the steel square upright so that one of its edges is touching the ground and the other edge is pointing towards the hill. Make sure the square is held firmly in place. 4. Use a plumb bob or a level to make sure that the steel square is perfectly vertical. This is crucial for accurate measurements. 5. Look at the steel square to determine the slope of the hill. The steel square consists of two arms – a shorter one and a longer one. The longer arm represents the horizontal line, while the shorter arm represents the vertical line. 6. Observe where the shorter arm intersects with the hill. This point indicates the height of the hill at that specific spot. 7. Measure the length of the shorter arm, which reflects the height of the hill. You can use a measuring tape or ruler to determine the exact length. 8. Measure the length of the longer arm, which represents the horizontal distance or run. 9. Calculate the slope of the hill by dividing the height (length of the shorter arm) by the horizontal distance (length of the longer arm). This will give you the slope in a ratio or percentage. For example, if the height of the hill is 4 feet and the horizontal distance is 20 feet, the slope would be 4/20, which is equivalent to 0.2 or 20%. By using a steel square and following these steps, you can determine the slope of a hill accurately. It is important to repeat the process at different points along the hill to get a comprehensive understanding of its overall slope.
Q:What are some common uses of a steel square in metalworking jewelry making?
The steel square, also known as the try square or carpenter's square, finds extensive application in metalworking and jewelry making due to its versatility. Here are several common ways in which the steel square is utilized in these fields: 1. Precise measurement and marking: The steel square is frequently employed for accurate measurement and marking of straight lines and right angles. It ensures precise measurements and aids in maintaining symmetry in jewelry making projects. 2. Angle verification: Metalworkers and jewelry makers rely on the steel square to verify if their workpieces possess 90-degree angles. This is essential to ensure proper alignment and fit during various stages of fabrication, such as soldering, welding, or component assembly. 3. Layout and design: Steel squares are indispensable tools for laying out patterns, templates, and designs on metal sheets or bars. They facilitate the transfer of measurements and angles with precision, ensuring consistency and accuracy in the final piece. 4. Squareness verification: The steel square proves useful in verifying the squareness of corners, edges, or joints. This is vital for maintaining the structural integrity and visual appeal of metalwork and jewelry pieces. 5. Scribing and marking arcs: Steel squares often feature markings that enable the scribing of arcs or circles of different sizes. This aspect is particularly beneficial in jewelry making, where curved shapes and designs are frequently encountered. 6. Flatness assessment: Metalworkers and jewelers employ the steel square to assess the flatness of surfaces, ensuring their levelness and uniformity. This is crucial for achieving a professional finish and ensuring proper fitting when joining different metal components. 7. Machinery alignment and setup: Steel squares are frequently used in metalworking workshops to align and set up machinery such as drill presses, milling machines, or lathes. They contribute to accurate positioning, resulting in precise and consistent outcomes. In summary, the steel square is an essential tool in metalworking and jewelry making, providing accuracy, consistency, and efficiency across various tasks, including measurement, marking, layout, and design. Its versatility renders it a vital component of any metalworker or jeweler's toolbox.
Q:What are some common measurements that can be taken with a steel square in welding?
Some common measurements that can be taken with a steel square in welding include determining angles, checking for squareness, measuring and marking straight lines, and confirming perpendicularity.
Q:How can a steel square be used for making accurate cuts?
A steel square can be used for making accurate cuts in woodworking or metalworking projects. Firstly, a steel square is a precision measuring tool with a 90-degree angle and a straight edge, which makes it ideal for creating accurate right angles. To use a steel square for making accurate cuts, begin by marking the desired cut line on your material using a pencil or a scribe. Then, place the steel square on the material, aligning one side of the square with the marked cut line. Ensure that the square's straight edge is firmly pressed against the material to ensure a precise cut. Next, use a sharp tool such as a saw or a cutting torch (for metal) to follow the edge of the steel square, cutting along the marked line. The steel square acts as a guide, ensuring that the cut is straight and accurate. Additionally, a steel square can be used to check the accuracy of existing cuts. By placing the square against the cut edge, you can verify if it is perpendicular or make necessary adjustments if it is not. In summary, a steel square is a versatile tool that can assist in making accurate cuts by providing a straight edge and a 90-degree angle for ensuring precise measurements and guiding the cutting tool.
Q:How do you use a steel square to lay out a cone shape?
In order to lay out a cone shape using a steel square, a few steps must be followed. To begin, the desired dimensions of the cone, including the height and base diameter, need to be determined. It is important to have these measurements readily available before commencing the layout process. Afterwards, a horizontal line should be drawn on a flat surface or workbench. This line will serve as the baseline for the cone. The midpoint of the line should be marked as it will act as the apex of the cone. The steel square should now be taken, and one side of it should be placed along the baseline. The apex of the square should be aligned with the midpoint of the line. This will result in the formation of a right angle. From the apex, the desired height of the cone should be measured along the vertical arm of the steel square, and a mark should be made. A line should then be drawn from this mark to the baseline. This line will represent the slant height of the cone. To determine the base diameter of the cone, the desired diameter should be measured along the horizontal arm of the steel square. Marks should be made at this distance on both sides of the baseline. Using a curved line, the marks on the baseline should be connected to the apex. This curved line will depict the outline of the cone. Lastly, it is essential to double-check all the measurements and lines for accuracy before proceeding with any cutting or construction. By adhering to these steps and utilizing a steel square, it is possible to successfully lay out a cone shape with precision and accuracy.
Q:How do you use a steel square to determine the angle of a compound profile cut?
To use a steel square to determine the angle of a compound profile cut, you can follow these steps: 1. Place the steel square against the flat surface of the material you want to cut. 2. Align one edge of the square with the straight edge of the material. 3. Make sure the square is perpendicular to the material and firmly held in place. 4. Observe the angle formed between the flat surface of the material and the angled side of the square. 5. Read the angle measurement marked on the square to determine the angle of the compound profile cut. By using a steel square in this manner, you can accurately determine the angle required for a compound profile cut.

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