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High grade solder wire

High grade solder wire

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Welding wire product introduction:

Main varieties of carbon steel wire, stainless steel wire, aluminum and aluminum alloy wire, alloy steel welding wire, submerged arc welding wire, etc., specifications for Ф 0.8 ~ 1.6 mm.

1. Carbon steel, low alloy steel solid core gas shielded welding wire:

Representatives of YS - MG49-1, YS - MG70S - 2, YS - MG70S - 3, YS - MG70S - 4, YS - MG70S - 6, YS - MG70S - 7, YS - MG70S - G (MG50 - Ti), YS - MG70S - G (MG50 - Ni), YS - MG70S - G (MG50 - HTC), YS - MG80S - G (MG55 - TiB), YS - MG80S - G (MG55 - MoTi), YS - MG80S - G (MG55 - CrNi);

2. The weathering steel gas shielded welding wire, on behalf of the brand YS - MG44 - G (H08MnSiCuCrNiI), YS - MG44 - G (H08MnSiCuCrNi Ⅱ);

3. Stainless steel gas shielded welding wire, on behalf of the brand YS - MG308, YS - MG308H, YS - MG308L, YS - MG308LSi, YS - MG309, YS - MG309Mo, YS - MG309L, YS - MG309LMo, YS - MG309LSi, YS - MG310, YS - MG316, YS - MG316L, YS - MG316LSi, YS - MG317, YS - MG317L, YS - MG318, YS - MG321, YS - MG347;

4. The submerged arc welding wire:

On behalf of the brand YSSA - H08A, H08E, YSSA H08

MnA, YSSA - H10Mn2, YS - YJ500 - P, YS - YJ501, YS - YJ501Ni, YS - YJ502, YS - YJ502Ni, YS - YR302, YS - YR307M, YS - YR312M, YS - YR317 - P, YS - YR309M, YS - YR402, etc.

he class of rolling


Most of the welding wire belong to such, including low carbon steel wire, alloy structural steel wires, alloy structural steel welding wire, stainless steel wire and non-ferrous metal wire and so on.

Common welding wire:

56 ~ 58 HRC SKD11 > 0.5 ~ 3.2 mm weld cold working steel, metal stamping die, die cutting, cutting tools, forming mold, workpiece hardfaced with high hardness, wear resistance and high toughness of the argon welding, heat preheating before welding repair, otherwise easy to generate crack phenomenon.

63 - degree blade edge wire > 0.5 ~ 3.2 mm HRC 63 ~ 55, is mainly used in welding knife mold, high hot hardness modulus, hot forging die, hot stamping die, screw die, good wear resistance hardfacing and high speed steel, blade repair.

SKD61 > 0.5 ~ 3.2 mm HRC 40 ~ 43 welding, aluminum die casting, zinc supplementation with good heat resistance and crack resistance, heat punching die of copper, aluminum, copper hot forging die, aluminum die-casting die, good heat resistance, abrasion resistance, resistance to cracking. Tortoise shell crack shape are common general hot pressing molding, mostly caused by thermal stress, also has caused by surface oxidation or die casting material corrosion, heat treatment to improve its hardness appropriate life, hardness too low or too high does not apply.

70 n > 0.1 ~ 4.0 mm wire characteristics and purposes: high hardness of steel joint, zinc aluminum die-casting die cracking, weld reconstruction, pig iron/cast iron weld repairs. Can be directly welding all kinds of cast iron/cast iron materials, can also be used as a mold cracking of weld, using cast iron welding, low electricity will exile, as far as possible with the short arc welding, steel parts of preheating, heating and slow cooling after welding.

60 e > 0.5 ~ 4.0 mm features and use: the special welding joint of high strength steel, hard facing of production base, cracking of the weld. High strength wire, nickel chromium alloy composition, high professional used to prevent rupture of the underlying welding, filling with render, strong tension, and steel can be repaired after welding cracking phenomenon. Tensile strength: 760 N/mm&sup 2; Ting rate: 26%

8407 - H13 > 0.5 ~ 3.2 mm HRC 43 ~ 46 zinc, aluminum, tin and other non-ferrous alloy and copper alloy die-casting mould, can be used as a hot forging or stamping die. With high toughness, good wear resistance and thermal corrosion prevention, resistance to high temperature to soften, anti high temperature fatigue sex good, can weld hot punch, reamer, rolling knives, cutting knives, scissors... Do heat treatment, such as to prevent the decarburization, produced by hot tool steel after welding high hardness is prone to rupture.

- the blowout backing welding wire > 0.5 ~ 2.4 mm joint of HB - 300 high hardness steel, hard facing of production base, cracking of the weld. High strength wire, nickel chromium alloy composition is high, is used to prevent rupture of the underlying, backing welding, filling, strong tension, and can repair the crack of steel welded reconstruction.

718 > 0.5 ~ 3.2 mm HRC 28 ~ 30 large household appliances, toys, communication, electronics, sports equipment and other plastic die steel products. Plastic injection mould, heat-resisting mold, corrosion resistance, good machinability, engraved, excellent surface gloss, after grinding the long service life. After preheating temperature of 250 ~ 300 ℃ heat temperature of 400 ~ 500 ℃, for multilayer welding time, welding repair by backward method, is not easy to produce the defects such as poor convergence and.

738 > 0.5 ~ 3.2 mm 32 ~ 35 HRC translucent and needs to have surface gloss of plastic die steel products, large mold, product of complicated shape and high precision plastic mold steel. Plastic injection mold, heat resistant mold, mold, erosion corrosion resistance is good, can have excellent processability, free cutting and polishing and electrolytic corrosion, toughness and wear resistance. After preheating temperature of 250 ~ 300 ℃ heat temperature of 400 ~ 500 ℃, for multilayer welding time, welding repair by backward method, is not easy to produce fusion and defects such as bad.

P20Ni > 0.5 ~ 3.2 mm HRC 30 ~ 34 plastic injection mold, heat-resistant die casting (copper). With low welding crack sensitivity of the alloy composition design, nickel by about 1%, suitable for PA, POM, PS, PE, PP, ABS plastic, good polishing sex, no porosity, crack, after welding of grinding has good finish, after vacuum degassing, after forging, hard to HRC 33 degrees, cross section of uniform hardness distribution, die life of more than 300000. After the preheating temperature of 250 ~ 300 ℃ heat temperature of 400 ~ 500 ℃, for multi-layer welding stoppage, backward method is used to weld repairs, less is produced Defects such as bad and raw fusion.

NAK80 > 0.5 ~ 3.2 mm HRC 38 to 42 plastic injection mold, mirror steel. Discharge efficiency is very high, high hardness, mirrors, good workability, excellent welding performance, after grinding, smooth as a mirror, as the world's progress, the best mold steel, easy cutting elements, easy machining, high toughness and wear no deformation characteristics, suitable for all kinds of transparent plastic die steel products. After preheating temperature of 300 ~ 400 ℃ heat temperature of 450 ~ 550 ℃, for multilayer welding time, welding repair by backward method, is not easy to produce fusion and defects such as bad.

S136 > 0.5 ~ 1.6 mm HB - 400 plastic injection mould, corrosion resistance, good permeability. High purity, high mirror, polishing, rust prevention acid resistance, heat treatment deformation, less suitable for PVC, PP, EP, PC and PMMA plastics, corrosion resistance and easy processing module and fixture, super mirror surface corrosion resisting precision mould, such as rubber mold, camera parts, lens, case, etc.

Huangpai HB200 iron steel > 0.5 ~ 2.4 mm mould, shoes mould, mild steel welding, sculpture engraved, S45C, S55C steel repair, etc. Quality is fine, soft, easy to machining, there would be no air hole, after the preheating temperature of 200 ~ 250 ℃ heat temperature of 350 ~ 450 ℃.

BeCu (beryllium copper) > 0.5 ~ 2.4 mm HB300 high thermal conductivity of copper alloy mold material, main elements for beryllium, it is suitable for plastic injection molding mould insert, the mold core, die casting, punch, hot runner system, cooling thermal conductive mouth, the whole of the blow molding mold cavity, wear plate, etc. Tungsten copper materials are used in resistance welding, electric spark, electronic packaging, and precision machinery equipment, etc.




Q: How is steel wire rod used in the manufacturing of wire forms for ski lifts?
Steel wire rod is an essential component in the manufacturing of wire forms for ski lifts. These wire forms are responsible for providing the necessary support and strength to the ski lift system. Firstly, steel wire rod is used to create the primary cables that run along the ski lift structure. These cables bear the weight of the ski lift and its passengers, ensuring their safety and stability. The high tensile strength of steel wire rod is crucial in withstanding the heavy loads and stress that the ski lift system experiences during operation. Additionally, steel wire rod is utilized in the creation of the suspension cables that connect the ski lift cabins to the primary cables. These suspension cables play a vital role in keeping the cabins balanced and levelled while in motion. The durability and reliability of steel wire rod ensure that these suspension cables can withstand the constant movement and varying forces exerted on them. Moreover, steel wire rod is also used in the construction of safety cables that are installed as a precautionary measure. These safety cables act as a backup system, providing an additional level of security for the ski lift passengers. In case of any unforeseen event or malfunction, the safety cables ensure that the cabins remain securely attached to the primary cables, preventing any potential accidents. Overall, steel wire rod serves as the backbone of wire forms for ski lifts by providing the necessary strength, stability, and safety required for their operation. The quality and durability of steel wire rod play a crucial role in ensuring the reliability and longevity of ski lift systems, ultimately contributing to the safety and enjoyment of skiers and snowboarders.
Q: How is steel wire rod used in the manufacturing of wire forms for material handling?
Steel wire rod is an essential component in the manufacturing of wire forms for material handling. It serves as the primary raw material that is transformed into various wire forms such as hooks, loops, and coils, which are widely utilized in material handling applications. The process begins with the steel wire rod being subjected to various manufacturing techniques such as drawing and rolling. These processes help to refine and shape the steel wire rod into the desired dimensions and properties required for material handling applications. The resulting wire is then further processed and treated to enhance its strength, durability, and resistance to corrosion. Once the steel wire rod has been transformed into wire forms, it is used in a multitude of ways within material handling equipment. For instance, wire forms are commonly used to create hooks that are attached to lifting devices such as cranes or hoists. These hooks provide a secure and reliable means of lifting and transporting heavy loads. Additionally, wire forms can be shaped into loops that are utilized as handles or gripping mechanisms on material handling tools and equipment. These loops enable operators to safely manipulate or control the movement of objects during material handling processes. Wire forms can also be coiled into springs that are employed in various material handling applications. These springs provide flexibility, shock absorption, and resistance to deformation, thereby ensuring the smooth and efficient operation of material handling equipment such as conveyor systems. In summary, steel wire rod is a fundamental component used in the manufacturing of wire forms for material handling. Through various manufacturing processes, steel wire rod is transformed into hooks, loops, and coils that are crucial for lifting, gripping, and controlling objects during material handling operations. The versatility and durability of wire forms make them indispensable in a wide range of material handling applications.
Q: What are the common defects that can occur during the processing of steel wire rod?
There are several common defects that can occur during the processing of steel wire rod. These defects can affect the properties and performance of the wire rod, making it important to identify and address them: 1. Surface defects: Surface defects can include scratches, pits, cracks, and scale, which can impact the appearance and quality of the wire rod. These defects can occur due to improper handling, rolling, or cooling processes. 2. Internal defects: Internal defects can include inclusions, voids, and segregation. Inclusions are non-metallic particles or impurities that can weaken the wire rod. Voids are internal cavities that reduce the strength and structural integrity of the wire rod. Segregation refers to the uneven distribution of alloying elements, which can result in inconsistent mechanical properties along the length of the wire rod. 3. Dimensional defects: Dimensional defects can include variations in diameter, ovality, and straightness. These defects can occur due to improper rolling, cooling, or handling processes, leading to wire rods that do not meet the required specifications. 4. Decarburization: Decarburization is the loss of carbon from the surface of the wire rod during heating or annealing processes. This can reduce the strength and hardness of the wire rod, affecting its performance in applications requiring high strength. 5. Surface contamination: Surface contamination can occur during the processing of steel wire rod, resulting in the presence of foreign materials such as oil, grease, dirt, or oxide scales. These contaminants can negatively impact the wire rod's surface quality and may lead to issues during subsequent processing or applications. To minimize these defects, it is crucial to have proper quality control measures in place throughout the production process. This includes ensuring the use of high-quality raw materials, implementing effective rolling and heat treatment processes, and conducting regular inspections and testing to identify and rectify any defects that may arise.
Q: What are the different types of steel wire rod finishes for improved solderability?
There are several types of steel wire rod finishes that can be used to improve solderability. These include tinned, silver-plated, nickel-plated, and zinc-plated finishes. Each of these finishes provides a protective layer on the steel wire rod, preventing oxidation and enhancing the wire's ability to be soldered effectively.
Q: What are the common industry conferences for steel wire rod?
Some common industry conferences for steel wire rod include the International Wire & Cable Symposium (IWCS), the Wire & Cable Conference (W&C), and the Steel Wire Rod Conference (SWRC). These conferences provide a platform for professionals, manufacturers, and researchers in the steel wire rod industry to network, exchange knowledge, and discuss the latest advancements in technology and industry trends.
Q: How are steel wire rods used in the manufacturing of electrical conductors?
The manufacturing of electrical conductors heavily relies on steel wire rods, which serve as a vital component. These rods are primarily utilized as the primary material for creating top-notch wires that find application in diverse electrical fields. Initially, steel wire rods undergo a series of processes to enhance their properties and make them suitable for electrical conduction. These processes usually involve cleaning, heating, and rolling. Cleaning eradicates any impurities or contaminants present on the rods' surface, while heating ensures that the steel becomes malleable, facilitating shaping. Rolling encompasses passing the rods through a set of rollers to achieve the desired shape and diameter. Once the steel wire rods are processed, they undergo further transformation into wires through a process called drawing. During this process, the rods are drawn through a series of dies, gradually reducing their diameter and increasing their length. Consequently, a long, continuous wire with a uniform diameter is formed. The wire resulting from steel wire rods boasts high conductivity and exceptional mechanical strength, rendering it suitable for various electrical applications. These wires are commonly employed in the production of power cables, electrical cables, and wiring harnesses. Functioning as the principal conductor, they facilitate the flow of electric current from one point to another. Furthermore, steel wire rods are also utilized in the production of stranded conductors. This process involves twisting together multiple steel wires to create a single conductor. Stranded conductors offer enhanced flexibility and mechanical durability, making them ideal for applications that necessitate frequent movement or bending, such as electrical appliances or automotive wiring. In conclusion, steel wire rods play a pivotal role in the manufacture of electrical conductors. Their conversion into high-quality wires establishes the groundwork for the production of a wide array of electrical components utilized across various industries.
Q: What are the different cutting methods for steel wire rod?
Steel wire rods can be cut using various methods, depending on specific requirements and desired outcomes. Some commonly used cutting methods include: 1. Shearing: Wire rods can be cut using shears or a cutting blade either manually or with machinery, depending on the thickness and length of the rod. 2. Sawing: Saw blades or band saws are used to cut through thicker wire rods or when a precise and clean cut is needed. 3. Abrasive cutting: This method involves using an abrasive disc or wheel to grind through thin wire rods, providing a smooth and precise cut. 4. Flame cutting: Also known as oxy-fuel cutting, this thermal method uses a high-temperature flame created by combining oxygen and a fuel gas. It is commonly used for thick wire rods and offers a fast and efficient cutting solution. 5. Laser cutting: By using a focused laser beam to melt and vaporize the wire rod, laser cutting provides highly precise and efficient cuts. It is often employed for intricate patterns or when a high level of precision is required. These are just a few of the available cutting methods for steel wire rods. The choice of method depends on factors such as the rod's thickness and length, desired outcome, and available equipment and resources.
Q: What is the weight of a standard steel wire rod coil?
The size and specifications of a standard steel wire rod coil can cause variations in its weight. Nevertheless, a typical weight span for such a coil is approximately 2,000 to 5,000 pounds (907 to 2,268 kilograms). It should be emphasized that the weight can also be affected by the coil's diameter, length, and the particular type of steel employed.
Q: What are the different types of steel wire rod surface cleaning chemicals?
There are several types of steel wire rod surface cleaning chemicals available, including acid-based cleaners, alkaline cleaners, solvent-based cleaners, and detergent-based cleaners. Each type of chemical is designed to remove different types of contaminants and provide specific cleaning benefits.
Q: What are the common defects in steel wire rod?
Common defects in steel wire rod can include surface cracks, internal voids or inclusions, improper shape or diameter, lack of uniformity in chemical composition or mechanical properties, and poor surface finish.

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