High tensile Carbon Spring Steel Wire with 0.2 to 10mm diameter in Sale

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Loading Port:: China Main Port

Payment Terms:: TT OR LC

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Quick Details

Steel Grade:65#, 70, 65Mn, 82B, 72A, 72B
Standard:AISI, ASTM, BS, DIN, GB, JIS
Wire Gauge:0.3mm-10mm
Type:Spring
Application:Manufacturing
Alloy Or Not:Non-alloy
Model Number:General carbon spring steel wire

Packaging & Delivery

Packaging Details:	according to our export packing standard or customer's requirements
Delivery Detail:	15-30DAYS AFTER RECEIVE L/C OR TT

Specifications

Top quality ,designed for bumper and other high requirement spring
Low plasticity, strong flexibility, powerful anti-stress

Product Description

The product has an excellent performance of mechanics and good surface condition . The carbon spring steel wire is used for mattress, car cushion, bicyle springs etc

Tensile Strength:according to customer's requirements

Diameter mm	Deviation mm	Tensile strength MPa
Diameter mm	Deviation mm	B Grade	C Grade	D Grade
0.30	±0.014	2010-2400	2300-2700	2640-3040
0.32	±0.018	1960-2350	2250-2650	2600-2990
0.35		1960-2350	2250-2650	2600-2990
0.40		1910-2300	2250-2650	2600-2990
0.45		1860-2260	2200-2600	2550-2940
0.50		1860-2260	2200-2600	2550-2940
0.55		1810-2210	2150-2550	2500-2890
0.60		1760-2160	2110-2500	2450-2840
0.65	±0.02	1760-2160	2110-2500	2450-2840
0.70		1710-2110	2060-2450	2450-2840
0.80		1710-2060	2010-2400	2400-2840
0.90		1710-2060	2010-2350	2350-2750
1.00		1660-2010	1960-2300	2300-2690
1.20	±0.03	1620-1960	1910-2250	2250-2550
1.40		1620-1910	1860-2210	2150-2450
1.60		1570-1860	1810-2160	2110-2400
1.80		1520-1810	1760-2110	2010-2300
2.00		1470-1760	1710-2010	1910-2200
2.20		1420-1710	1660-1960	1810-2110
2.50		1420-1710	1660-1960	1760-2060
2.80		1370-1670	1620-1910	1710-2010
3.00		1370-1670	1570-1860	1710-1960
3.20	±0.038	1320-1620	1570-1810	1660-1910
3.50		1320-1620	1570-1810	1660-1910
4.00		1320-1620	1520-1760	1620-1860
4.50		1320-1570	1520-1760	1620-1860
5.00		1320-1570	1470-1710	1570-1810
5.50		1270-1520	1470-1710	1570-1810
6.00		1220-1470	1420-1660	1520-1760
6.50	±0.045	1220-1470	1420-1610
7.00		1170-1420	1370-1570
8.00		1170-1420	1370-1570
9.00		1130-1320	1320-1520
10.0		1130-1320	1320-1520
11.0	±0.055	1080-1270	1270-1470
12.0		1080-1270	1270-1470
13.0		1030-1220	1220-1420

Q:What are the common industry best practices for steel wire rod suppliers?: Some common industry best practices for steel wire rod suppliers include maintaining high quality standards, adhering to strict safety measures, ensuring efficient production processes, offering competitive pricing, providing excellent customer service, and staying up-to-date with industry trends and technological advancements. Additionally, suppliers may focus on sustainable practices, such as using environmentally friendly production methods and reducing waste and emissions.

Q:How is steel wire rod used in the manufacturing of wire for conveyor belts?: Steel wire rod is an essential component in the manufacturing of wire for conveyor belts. The process begins with the production of steel wire rod, which is typically done through a hot rolling process. This involves heating the steel billets to a high temperature and passing them through a series of rolling mills to reduce their diameters and increase their lengths. Once the steel wire rod is produced, it undergoes further processing to transform it into wire suitable for conveyor belts. This process involves drawing the steel wire rod through a series of dies, which progressively reduce the diameter of the wire while increasing its length. This drawing process helps to improve the wire's strength, ductility, and surface finish. The wire obtained from the steel wire rod is then typically coated with a protective layer to enhance its durability and resistance to corrosion. This coating can be done using various methods such as galvanization or applying a polymer coating. After the wire is coated, it is ready to be woven or welded into the desired configuration to form the conveyor belt. The wire can be woven together in a mesh pattern, creating a flexible and sturdy belt that can move materials smoothly along a conveyor system. Alternatively, the wire can be welded together to form a solid belt, which is often used for heavy-duty applications. In both cases, the strength and quality of the wire used for conveyor belts are crucial for ensuring the belt's reliability and longevity. Steel wire rod provides the necessary strength and structural integrity required to withstand the demanding conditions of conveyor belt applications, such as high tension, heavy loads, and continuous operation. Overall, steel wire rod plays a vital role in the manufacturing of wire for conveyor belts. It serves as the raw material from which the wire is produced and provides the necessary strength and durability to ensure the smooth and efficient operation of conveyor systems across various industries.

Q:How is steel wire rod used in the production of springs for mattresses?: Steel wire rod is used in the production of springs for mattresses by being coiled and formed into the spring shape. The wire rod provides strength and flexibility, allowing the springs to support weight and provide comfort when used in mattresses.

Q:What are the different types of steel wire rod surface cleaning processes?: Various industries commonly utilize different types of processes to clean the surface of steel wire rods. These processes aim to eliminate contaminants like rust, scale, dirt, and oil, ensuring that the wire rod is clean and ready for further use or processing. The most frequently employed steel wire rod surface cleaning processes are as follows: 1. Pickling: In this process, the wire rod is submerged in an acid solution, typically hydrochloric acid, to eradicate surface impurities. The acid reacts with the contaminants, dissolving them and leaving the wire rod clean. 2. Shot blasting: Shot blasting involves propelling abrasive particles, such as steel shots or grits, onto the wire rod's surface at high velocity. This abrasive action removes rust, scale, and other impurities, resulting in a clean and textured finish. 3. Wire brushing: Wire brushing is a mechanical process that utilizes wire brushes to scrub the wire rod's surface. This process effectively removes loose rust, dirt, and other contaminants. 4. Chemical cleaning: Chemical cleaning entails the application of specific chemical agents to the wire rod's surface. These agents react with the contaminants, breaking them down and facilitating their removal. 5. Ultrasonic cleaning: Ultrasonic cleaning employs high-frequency sound waves to generate microscopic bubbles in a cleaning solution. These bubbles implode on the wire rod's surface, creating a scrubbing action that eliminates contaminants. 6. Electrochemical cleaning: Electrochemical cleaning, also known as electrocleaning, employs an electric current to eliminate surface impurities from the wire rod. The wire rod is immersed in an electrolyte solution, and the electric current causes the contaminants to dissolve. Each of these steel wire rod surface cleaning processes possesses its own advantages and limitations. The selection of a process depends on factors such as the type and severity of contamination, the desired level of cleanliness, and the specific requirements of the application.

Q:How is steel wire rod tested for chemical composition?: Steel wire rod is tested for chemical composition through a process called spectroscopy. This involves using a spectrometer to analyze the wavelengths of light emitted or absorbed by the sample. By comparing these wavelengths to known standards, the composition of the steel wire rod, including the percentage of various elements like carbon, manganese, and silicon, can be determined accurately.

Q:How is steel wire rod used in the manufacturing of wire for bicycle spokes?: Steel wire rod is an essential component in the manufacturing of wire for bicycle spokes. It serves as the raw material from which the wire is produced. The process begins with the steel wire rod being drawn through a series of dies to reduce its diameter and increase its length. This drawing process helps to strengthen the wire and improve its overall quality. Once the wire has been drawn to the desired diameter, it is then further processed to make it suitable for bicycle spokes. This involves a process called cold forging, where the wire is bent and shaped into the desired form. Cold forging helps to enhance the wire's strength and durability, ensuring it can withstand the rigors of bicycle use. After the cold forging process, the wire is often subjected to additional treatments, such as heat treatment or galvanization. Heat treatment helps to further strengthen the wire, while galvanization involves coating the wire with a layer of zinc to protect against corrosion. The final step in the manufacturing of wire for bicycle spokes involves cutting the wire to the desired length and threading it onto a spoke nipple. This completes the production process, resulting in a strong and reliable wire that can be used to build sturdy and durable bicycle spokes. In summary, steel wire rod plays a crucial role in the manufacturing of wire for bicycle spokes. It serves as the starting material, undergoes various processes to enhance its strength and durability, and ultimately forms the backbone of a reliable and high-quality spoke.

Q:How is steel wire rod used in the production of wire ropes for elevators?: Steel wire rod is a crucial component used in the production of wire ropes for elevators. The wire ropes used in elevators are designed to provide strength, durability, and safety. The steel wire rod serves as the raw material for manufacturing these ropes. During the production process, the steel wire rod goes through several steps to transform it into wire ropes for elevators. Firstly, the rod is cleaned and inspected to ensure its quality. Then, it is heated and passed through a series of dies to gradually reduce its diameter. This process, known as drawing, helps to increase the strength and flexibility of the wire. After the drawing process, the wire is galvanized to provide corrosion resistance. Galvanization involves coating the wire with a layer of zinc, which helps to prevent rust and corrosion, ensuring the longevity of the wire ropes. Once the wire is galvanized, it is twisted and braided into strands. These strands are then combined and twisted together to form the final wire rope. The number of strands and the direction of the twist may vary depending on the specific requirements of the elevator application. The resulting wire rope, made from steel wire rod, offers exceptional strength and flexibility, making it suitable for supporting heavy loads and enduring constant movement. It provides stability and safety, allowing elevators to function reliably and efficiently. In conclusion, steel wire rod plays a critical role in the production of wire ropes for elevators. The wire rod is transformed through various processes, including drawing and galvanization, to create strong and durable wire ropes that can withstand the demanding conditions of elevator operations.

Q:What are the different types of steel wire rod surface defect monitoring and control systems?: There are several types of steel wire rod surface defect monitoring and control systems available in the market. Some common ones include optical inspection systems, laser scanning systems, electromagnetic systems, and ultrasonic inspection systems. These systems use various technologies to detect and analyze surface defects such as cracks, scratches, and deformities in real-time. They play a crucial role in ensuring the quality and integrity of steel wire rods during the manufacturing process.

Q:What are the common cutting methods for steel wire rod?: The common cutting methods for steel wire rod include shearing, sawing, and abrasive cutting.

Q:What are the main factors influencing the choice of steel wire rod technical support?: The main factors influencing the choice of steel wire rod technical support include the expertise and knowledge of the technical support team, the quality and reliability of the support services provided, the speed and effectiveness of problem-solving, the availability of continuous support, and the cost-effectiveness of the technical support package.

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