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: What are some common techniques for using a steel square in masonry?: Some common techniques for using a steel square in masonry include measuring and marking angles, determining right angles for corners, checking the alignment of walls and bricks, and ensuring the accuracy of cuts and joints. The steel square is a versatile tool that helps masons maintain precision and consistency in their work.

Q: What are the common mistakes to avoid when using a steel square in construction?: When using a steel square in construction, it is important to be aware of some common mistakes that can occur. Here are a few mistakes to avoid: 1. Incorrect alignment: One common mistake is not properly aligning the steel square with the edge or surface you are trying to measure or mark. This can lead to inaccurate measurements and cuts. Always ensure that the square is aligned correctly before making any markings or cuts. 2. Inconsistent pressure: Another mistake is applying inconsistent pressure when using the square. This can result in uneven or inaccurate markings. It is crucial to apply a consistent and firm pressure when using the square to ensure accuracy. 3. Neglecting to check for squareness: It is important to regularly check the square for squareness. Over time, the square may become warped or bent, which can affect the accuracy of measurements. Regularly inspect the square and ensure it is still true and square. 4. Overlooking the use of the notch: Many steel squares have a notch or cutout on one side. This notch is designed to allow for accurate marking and measurement of angles. It is essential to utilize this feature when needed to ensure precise angles and cuts. 5. Ignoring the importance of maintenance: Steel squares can become rusty or dirty if not properly maintained. It is essential to keep the square clean and dry to prevent rust and corrosion. Regularly inspect the square for any signs of damage or wear and address any issues promptly. By being cautious and avoiding these common mistakes, you can effectively use a steel square in construction and ensure accurate measurements, markings, and cuts.

Q: How do you use a steel square to mark a line perpendicular to a board edge?: To use a steel square to mark a line perpendicular to a board edge, follow these steps: 1. Place the steel square against the board edge, ensuring that one leg (the shorter side) is flush against the edge, while the other leg (the longer side) extends outwards. 2. Hold the square firmly in place, making sure it doesn't shift or move during the marking process. 3. Take a pencil or a marking knife and slide it along the longer leg of the square, starting at the edge of the board. The longer leg of the square acts as a guide for a perfectly perpendicular line. 4. Continue marking the line along the length of the board, maintaining contact between the pencil or marking knife and the longer leg of the square. 5. Once you have marked the entire line, double-check to ensure that it is indeed perpendicular to the board edge. You can do this by using a measuring tape or another square to verify that the distance between the marked line and the board edge remains consistent along the entire length. By using a steel square in this manner, you can easily and accurately mark a line perpendicular to a board edge for various woodworking or construction projects.

Q: How do you use a steel square to measure the height of a cabinet?: To use a steel square to measure the height of a cabinet, place the square vertically against the side of the cabinet, ensuring that it is flush with both the top and bottom edges. Then, read the measurement on the vertical side of the square where it aligns with the top of the cabinet. This will give you an accurate measurement of the cabinet's height.

Q: What are the different features to consider when buying a steel square?: When buying a steel square, some important features to consider include the size and accuracy of the square, the material it is made of, the presence of markings or graduations for precise measurements, the type of handle or grip for comfortable use, and any additional features like a spirit level or angle finder that may be useful for specific tasks.

Q: Can a steel square be used for surveying work?: Yes, a steel square can be used for surveying work. A steel square, also known as a framing square or carpenter's square, is a versatile and reliable tool commonly used in construction and woodworking. While it may not be the most precise or accurate tool for surveying purposes, it can still be used in certain surveying tasks that do not require high levels of precision. For example, a steel square can be used to measure right angles, determine level and plumb lines, and establish basic alignments. However, for more precise and accurate surveying work, specialized surveying instruments such as total stations or GPS receivers would be more appropriate.

Q: How do you use a steel square to determine the angle of a rabbet cut?: To use a steel square to determine the angle of a rabbet cut, you would first place the square against the edge of the board that you want to make the cut on. Then, align one leg of the square with the face of the board and the other leg with the edge of the board. By looking at the angle measurement marked on the square where the other leg intersects the board, you can determine the angle at which you need to make the rabbet cut.

Q: Can a steel square be used for checking the squareness of a jointer knife?: Using a steel square to check the squareness of a jointer knife is not possible. Although a steel square is commonly employed to assess the squareness of woodworking tools and machinery, it is not appropriate for this particular undertaking. Jointer knives necessitate the use of a specialized tool, such as a jointer knife gauge or a magnetic jointer knife setting gauge, which is specifically designed to accurately measure the squareness of the knife. These gauges typically feature a magnet that can be attached to the knife, enabling precise and dependable measurements. Utilizing a steel square for this purpose may yield inaccurate readings and potentially compromise the jointer's performance.

Q: Can a steel square be used for measuring angles other than right angles?: No, a steel square cannot be used for measuring angles other than right angles. A steel square, also known as a try square or a carpenter's square, is specifically designed to measure right angles accurately. It consists of a metal blade with a handle at a right angle, forming an L-shape. The purpose of a steel square is to check the squareness of corners, mark right angles, and ensure accurate 90-degree angles in carpentry and other construction work. While it may be possible to estimate or approximate other angles using a steel square, it is not a reliable or precise tool for measuring angles other than right angles. For measuring angles of different degrees, specialized tools such as protractors or angle finders should be used.

Q: Can a steel square be used for stair stringer layout and construction?: Stair stringer layout and construction can indeed utilize a steel square. This multifunctional tool, alternatively referred to as a framing square or carpenter's square, is adaptable for various construction undertakings, including the arrangement and cutting of stair stringers. Comprising of two arms, one long and one shorter, conjoined at a 90-degree angle, this square permits precise measurements and angle layout, rendering it suitable for determining the rise and run of each stair step in a stringer. The long arm can be employed to indicate the rise, while the shorter arm can be employed to indicate the run. By aligning the square with the stringer board and marking the pertinent measurements, one can effortlessly carry out stair stringer layout and construction using a steel square. It is, however, imperative to ensure that the square is accurately calibrated and that the measurements are precisely transferred to avert any discrepancies during the construction process.

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