Pure Nickel Sheet Strip Nickel Tab

Inconel Nickel Super Alloy 625 MIG welding wire, as a leader in the field of high-end welding materials, is elaborately designed to cope with extreme working conditions and high-demand welding applications. With the unique advantages of Inconel 625 nickel-based superalloy, it demonstrates unparalleled outstanding performance in numerous industries.

Galvalume steel: Advanced alloy coating technology ensures long-lasting corrosion resistance
Galvalume steel is processed by continuous hot-dip galvanizing to form an alloy coating composed of 55% aluminum, 43.4% zinc and 1.6% silicon on the surface of the steel. This unique alloy system is closely bonded to the steel substrate through metallurgical bonding, forming a dense protective barrier. Aluminum provides excellent oxidation resistance, while zinc plays an efficient sacrificial anode protective role. The combined effect of the two makes the corrosion resistance of Galvalume steel more than three times that of traditional galvanized steel. According to the ASTM A792 standard, in the neutral salt spray test, it can withstand more than 1000 hours without red rust. It is suitable for structures such as the roof and exterior wall enclosure systems of industrial plants that are exposed to the atmospheric environment for a long time, effectively reducing the maintenance cost throughout the life cycle. It is a professional choice for corrosion-resistant materials in the fields of construction and industry. ​

Galvanized steel: Classic hot-dip galvanizing process, building a reliable protective system
By using the mature hot-dip galvanizing process, steel is immersed in molten zinc at approximately 450℃, allowing zinc and iron to undergo a diffusion reaction and form a composite coating composed of an iron-zinc alloy layer and a pure zinc layer. According to the ISO 1461 standard, the thickness uniformity of the hot-dip galvanized coating is good, the adhesion is strong, and it can effectively isolate the contact between steel and corrosive media. In the construction industry, galvanized steel is widely used in steel structure frames, scaffolding, etc. Its yield strength can reach over 235MPa, and its tensile strength exceeds 370MPa, meeting the dual requirements of building structures for strength and durability. In the field of automotive manufacturing, galvanized steel sheets are used for body panels and chassis components. They have passed the salt spray test for 240 hours without obvious corrosion, significantly enhancing the corrosion resistance and service life of automobiles. With classic craftsmanship, they meet the basic application requirements of various industries. ​

Aluminum coil/tube/plate: High-performance aluminum alloy system, meeting diverse professional needs
Aluminum coils produced from high-performance aluminum alloy as the base material through continuous casting and rolling as well as cold rolling processes feature excellent processing performance and physical properties. For instance, AA3003 aluminum alloy coil, through solid solution strengthening and work hardening, can achieve a tensile strength of 140-180 mpa and an elongation of 15%-20%. It is suitable for fields with high requirements for formability and corrosion resistance, such as food packaging and electronic and electrical appliance casings. The surface treatment adopts processes such as anodizing and roller coating, which can form a dense oxide film or organic coating, further enhancing weather resistance and decorative properties, and meeting the professional requirements of different industries for the appearance and performance of materials. ​

Aluminum tubes are produced in accordance with the GB/T 4436-2012 standard, covering various types of seamless aluminum tubes and welded aluminum tubes. 7075-T6 aluminum alloy tubes for aerospace, after solution treatment and artificial aging, have a tensile strength as high as 572MPa and a yield strength of 503MPa. They are suitable for high-stress and lightweight application scenarios such as aircraft structural components and hydraulic system pipelines. The 6061-T6 aluminum alloy pipe for industrial pipelines features excellent weldability and corrosion resistance. It can be used for the transportation of chemical fluids and refrigeration system pipelines. It maintains stable mechanical properties within the temperature range of -40 ℃ to 150℃, meeting the strict requirements for pipeline materials in the industrial field. ​

The production of aluminum plates adopts advanced rolling and heat treatment processes, and can provide a variety of materials from Series 1 pure aluminum to Series 7 super-hard aluminum alloys. 5052-H32 aluminum alloy sheet, after work hardening and stabilization treatment, has good formability and fatigue resistance, and is often used in ship decks, automotive body panels, etc. 7075-T651 aluminum plate, after quenching and tensile straightening, has a tensile strength exceeding 560MPa and is suitable for key load-bearing components in aerospace. Its flatness, dimensional accuracy and other indicators all comply with the ASTM B209 standard, providing high-precision and high-performance metal sheet solutions for the high-end manufacturing field. ​

Stainless steel: A multi-alloy system, capable of meeting the challenges of complex working conditions
Based on iron, by adding alloying elements such as chromium, nickel and molybdenum, alloy systems with different performance characteristics are formed. 304 stainless steel (06Cr19Ni10), with chromium content of 18% - 20% and nickel content of 8% - 10%, can form a stable passivation film in an oxidizing environment. According to the ASTM A240 standard, it has good resistance to intergranular corrosion and is widely used in scenarios with high hygiene requirements such as food processing equipment and kitchenware. 316L stainless steel (022Cr17Ni12Mo2), due to the addition of 2% to 3% molybdenum, significantly enhances its corrosion resistance in reducing media and environments containing chloride ions. It is commonly used in chemical reaction vessels, Marine engineering equipment, etc. It can maintain stable chemical properties in acidic and alkaline environments with a pH value of 2 to 12. Meet the demands of different complex working conditions with professional alloy design. ​

Aluminized steel: Composite protective coating, suitable for application in harsh environments
Aluminized zinc steel is processed by hot-dip galvanizing to form a composite coating composed of aluminum, zinc and silicon on the surface of the steel. This coating combines the oxidation resistance of aluminium and the sacrificial anode protection of zinc. In salt spray tests, its corrosion resistance life is 2 to 3 times that of traditional galvanized steel. In coastal areas with high salt spray, aluminized zinc steel plates are used for building roofs and exterior walls, which can effectively resist the erosion of chloride ions. In areas with severe industrial pollution, it has outstanding resistance to SO₂ corrosion and is suitable for buildings such as industrial plants and storage facilities. It has passed the EN 10346 standard certification to ensure the reliability and safety of long-term use in harsh environments. ​

Prepainted steel: High-performance coating technology, achieving a combination of aesthetics and practicality
Color-coated steel is coated by roller coating process, where an organic coating is applied to the surface of the steel to form a multi-layer coating system consisting of primer, topcoat and clear coat. The coating adopts high-performance coatings such as polyester (PE), silicon-modified polyester (SMP), and polyvinylidene fluoride (PVDF). According to the GB/T 12754 standard, the color-coated steel plate with PVDF coating, after 5000 hours of QUV accelerated aging test, has a color difference ΔE≤3, demonstrating excellent weather resistance and color retention. In the field of exterior wall decoration of buildings, color-coated steel plates can offer a wide range of color and texture options, and at the same time, they have excellent scratch resistance and pollution resistance. In the home appliance manufacturing industry, its surface hardness can reach 2H, and its impact resistance meets the requirements of daily use. It achieves a perfect combination of aesthetics and practicality through professional coating technology. ​

With our professional understanding and rich experience in metal materials, we provide high-quality and high-performance metal material products for various industries. Whether it is in the fields of construction, industrial manufacturing, electronics, energy, etc., we can provide professional material solutions to help customers achieve outstanding quality and long-term value of their projects. ​