Cold drawn square steel; high quality System 1

Cold drawn square steel; high quality

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 50 m.t.

Supply Capability:: 10000 m.t./month

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Specifications

stainless steel square bar flat steel bar
Diameter:2-500mm
Length:Customized
Quality: High quality stainless steel bar

stainless steel square bar flat steel bar

Stainless Steel bar

Diameter:2-160mm

Length: Customized

Surface	bright,black
Technique	Hot Rolled/Cold Drawn/Peeled
	1.Round bar 1Hot rolled black bar: (5~400x6000mm or according to your requirement. 2Acid round bar: (5~400)x6000mm or according to your requirement. 3Cold drawn bright bar: (1~20x6000mm or according to your requirement. 4)Polishing round bar: (5-400)x6000mm or according to your requests.
	2. Square bar 1)Hot rolled black bar: (55-400400)x6000mm or according to your requests. 2)Acid square bar: (55-400400)x6000mm or according to your requests. 3)Cold drawn square bar: (11-2020)x6000mm or according to your requests 4)Polishing square bar: (55-400400)x6000mm or according to your requests
Diameter±	H9 tolerance can reach the industry standard
Quality	Our production equipment 24 hours of continuous temperature work, to ensure the unity of the product roundness, elongation, tensile strength and yield strength. Welcome customers to our company to detect the products before shipment. For the customers who are not inconvenient, quality assurance can be laid down in the contract, we will take charge of the returning and shipping fee if there is any problems of the product quality, so it will dismiss any of your worry about our products.
Package	Standard seaworthy packing(plastic&wooden) or according to the customer's requests
Delivery time	7-20days, according to the quantity
Productivity	10000 tons/month

Stainless steel round bars:
Grade :200 series 300series 400series. (Standard: ASTM JIS DIN & BS)
Diameters: 4mm-300mm
Surface : white acid , annealed, black(hot rolled) , bright and following customers request.
Length: 6M(standard) or random
Packing: standard export packing or following customer’s demand.

Q: How do you use a steel square to ensure the correct angle for a mortise and tenon joint?: To use a steel square to ensure the correct angle for a mortise and tenon joint, follow these steps: 1. Begin by determining the desired angle for your mortise and tenon joint. This will depend on the type of joint and the specific project you are working on. 2. Place the steel square against the edge of the piece of wood where you want to create the mortise or tenon. Ensure that the square is aligned properly and that it is perpendicular to the edge. 3. Once the square is in position, use a pencil or marking knife to mark the desired angle on the wood. Make sure the mark is clear and visible. 4. Next, transfer the same angle onto the corresponding piece of wood that will receive the mortise or tenon. Use the square again to ensure accurate alignment. 5. With both pieces marked, carefully cut the mortise and tenon joints using the marked angles as a guide. You can use a chisel, saw, or other appropriate woodworking tools for this purpose. 6. After cutting the joints, double-check the fit by inserting the tenon into the mortise. If it fits snugly and aligns properly, you have successfully used the steel square to ensure the correct angle for your mortise and tenon joint. Remember, practice and precision are key when working with mortise and tenon joints. Take your time, measure accurately, and make necessary adjustments to achieve a strong and secure joint.

Q: How do you use a steel square to measure and mark 326.25-degree angles?: To measure and mark 326.25-degree angles using a steel square, the following steps should be followed: 1. Position the steel square on either a level surface or the material where the angle is to be marked. 2. Align the extended side of the square with the reference line or edge that requires measurement. 3. Observe the degree markings on either the elongated side or the inner part of the square. 4. Begin from 0 degrees and progress along the degree markings until reaching 326.25 degrees. Since the markings may be evenly spaced, estimation or interpolation may be necessary to obtain the precise measurement. 5. Once the 326.25-degree marking is identified, employ a pencil or marker to create a small mark on the material being worked on. The square can be used as a guide to ensure the mark is accurate and aligned. 6. If a line needs to be drawn or a longer mark is required, the elongated side of the square can serve as a straightedge to extend the mark in the desired direction. Be mindful to handle the steel square with care and ensure its stability during the process of measuring and marking the angle.

Q: How is a steel square calibrated?: The precision machining process is used to calibrate a steel square, also referred to as a framing square or carpenter's square. This calibration guarantees the accuracy and reliability of the square's measurements, making it suitable for various construction and woodworking tasks. To calibrate a steel square, manufacturers employ highly precise machinery and tools. The first step is to ensure the square's edges and faces are perfectly straight and flat. This is accomplished by machining the steel to specific dimensions and ensuring all surfaces are parallel and perpendicular to one another. Once the desired shape and dimensions are achieved through machining, the next step involves accurately marking the measurements. Typically, lines and numbers are etched or engraved onto the square's surface to indicate specific measurements such as inches, centimeters, and angles. To ensure accuracy, manufacturers often utilize specialized measuring instruments like micrometers and calipers during the calibration process. These tools enable them to verify the square's dimensions and make any necessary adjustments. Moreover, some steel squares may incorporate a reference edge or notch, known as a tongue, on one side. This tongue assists in aligning the square against an edge or corner. The calibration process also ensures that this reference edge is perfectly straight, allowing for precise alignment and measurement. Overall, the calibration of a steel square involves stringent quality control measures to guarantee the accuracy and consistency of the square's markings and measurements. This enables professionals in the construction and woodworking industries to rely on the square for precise measurements and layout work.

Q: Can a steel square be used for checking the alignment of a belt sander table?: Yes, a steel square can be used for checking the alignment of a belt sander table. The square's straight edge can be placed against the table and used to ensure that it is perfectly parallel to the belt sander's direction of movement. This method helps to ensure accurate and precise sanding results.

Q: Can a steel square be used for checking the squareness of a drill press vise?: Yes, a steel square can be used for checking the squareness of a drill press vise. A steel square is a tool with a right angle that is commonly used to check the squareness of joints and surfaces in woodworking and metalworking. To check the squareness of a drill press vise, you can place the steel square against the vise and observe if the edges of the vise align perfectly with the edges of the square. If the vise is square, the edges will be in complete contact with the square, indicating that it is perpendicular to the drill press table. However, if the edges do not align or there is a visible gap between the vise and the square, it means that the vise is not square and may require adjustment.

Q: How do you use a steel square to determine the slope of a deck surface?: To determine the slope of a deck surface, follow these steps by utilizing a steel square: 1. Align the steel square with the edge of the deck and place it on a flat and level section of the surface. 2. Firmly hold the steel square against the deck, ensuring it is seated properly and not tilted. 3. Place a level on top of the steel square, making sure it runs parallel to the deck. 4. Adjust the level until it is perfectly level, ensuring the bubble is centered between the two lines. 5. While maintaining contact with the level, slowly slide the steel square along the deck. 6. Observe the level's bubble as you move the steel square. If it remains centered, the surface is level. If it shifts towards one end, it indicates a slope in that direction. 7. Take note of the slope degree indicated by the level's bubble. You can measure the precise angle using the markings on the level. 8. Repeat this process at various points on the deck to ensure accuracy and identify any irregularities or inconsistencies in the slope. By combining a steel square with a level, you can reliably and precisely determine the slope of a deck surface. Regularly checking and adjusting the slope is crucial to ensure proper drainage and prevent water accumulation, which can cause structural damage and decay.

Q: What are some common techniques for using a steel square in carpentry?: The steel square, widely employed in carpentry, is a versatile tool utilized for measuring, marking, and laying out angles. Below are several standard methods for employing a steel square in carpentry: 1. Squareness examination: One primary function of a steel square is to determine if a corner or joint is perfectly square. Position the square against the corner and assess whether both edges align with the adjacent surfaces. If they do, the corner is square. 2. Angle determination: Steel squares are ideal for measuring and marking angles in carpentry. The square typically features degree markings along its blade, enabling accurate angle measurement. For instance, if a 45-degree angle cut is required on a piece of wood, the square can be used to mark the angle and guide the saw. 3. Measurement transfer: Steel squares can be employed to transfer measurements from one surface to another. For example, if a line parallel to an existing edge needs to be marked, the square can be placed against the edge, and a line can be drawn along the blade of the square. 4. Perpendicular line creation: The 90-degree angle of the steel square is perfect for generating perpendicular lines. By aligning the square against an edge, a line perpendicular to that edge can be easily drawn. 5. Rafter length determination: When constructing roofs, carpenters often utilize steel squares to calculate rafter lengths. By employing the square's various measurements and formulas, the required length and angles for rafters can be determined. 6. Miter cut setup: Steel squares are invaluable for setting up miter cuts in trim work. By utilizing the square's angle markings, precise measurements and markings for desired angles can be made, ensuring accurate cuts. 7. Level and plumb verification: Steel squares can also be employed to check if something is level or plumb. By placing the square against a vertical or horizontal surface, it can be determined if it is perfectly vertical or horizontal. These are merely a few of the many techniques frequently employed with a steel square in carpentry. With its versatility and precision, the steel square is an essential tool for any carpenter.

Q: How do you use a steel square to determine the length of a beam?: To determine the length of a beam using a steel square, you can place the square against one end of the beam and extend it along the entire length. Ensure that the edge of the square is aligned with the end of the beam. By reading the measurements on the square, you can determine the length of the beam accurately.

Q: How do you use a steel square to measure and mark out rip cuts?: To use a steel square to measure and mark out rip cuts, follow these steps: 1. Start by ensuring that the steel square is clean and free from any dirt or debris that could affect its accuracy. 2. Begin by measuring the width of the material you wish to rip. Place the square's long edge against the edge of the material, ensuring it is flush and perpendicular. 3. Slide the square along the material until the desired width is reached. Ensure that the square remains flush against the edge throughout this process. 4. Once the square is in the correct position, use a pencil or a marking tool to mark the material along the edge of the square. This will create a straight line indicating where the cut should be made. 5. Repeat this process at regular intervals along the length of the material, ensuring that the square is aligned properly each time. This will help to maintain accuracy and consistency in your rip cuts. 6. Once all the marks have been made, double-check the alignment and accuracy of the lines before proceeding to cut the material. It's always better to be certain before making any irreversible cuts. Remember, a steel square is a versatile tool that can be used for a variety of measurements and marking tasks. Practice using it and ensure you maintain its cleanliness and accuracy for the best results in your woodworking projects.

Q: How do you use a steel square to measure and mark 67.5-degree angles?: To use a steel square to measure and mark a 67.5-degree angle, you would align the long edge of the square with the baseline of the angle and then adjust the square until the angle indicator (usually located at the corner of the square) reaches 67.5 degrees. Once aligned, you can then use the square to mark the desired angle accurately.

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