Blue lead has a grayish-white metallic luster, and a cubic lattice structure can be seen in its cross-section. It is soft in texture and can be scratched by nails. It has good ductility and no work hardening at room temperature. The measured density fluctuates within a range of 11.34g/cm³ to 7.6g/cm³ due to morphological differences, and the melting point remains stable at 327.5℃.

Lead powder is a mixture containing 60% to 80% lead oxide and 20% to 40% lead, and it is one of the main raw materials used to manufacture active substances for plates. The quality of lead powder has a significant impact on the manufacturing of lead paste, the process parameters of plate formation, and the electrical performance of batteries. Lead powder has scaly, flaky and clustered structures.

Nickel is a silvery-white metal with excellent mechanical strength and ductility. It is insoluble in water, has strong resistance to acids and alkalis, but is readily soluble in dilute nitric acid and aqua regia. High-temperature resistant, melting point 1455 °C, boiling point 2730 °C. The density is 8.902g/cm³. It can be used to make currency and so on. When plated on other metals, it can prevent rusting.
Nickel has excellent plasticity, corrosion resistance and magnetic properties, and is therefore mainly used in fields such as steel, nickel-based alloys, electroplating and batteries. It is widely applied in various military manufacturing industries such as aircraft and radar, civil machinery manufacturing and electroplating industries. Nickel composite materials can be used as catalysts in hydrogenation and methane synthesis in petrochemicals. Their advantage is that they are not easily poisoned by H2S and SO2.

Nickel, with an atomic number of 28 and an atomic weight of 58.6934, is located in Group VIII of the fourth period. It is a hard, malleable, ferromagnetic transition metal with a silvery-white luster. Nickel has excellent thermal and electrical conductivity, and possesses outstanding properties such as strong plasticity, high-temperature resistance, corrosion resistance, stable chemical properties, and strong oxidation resistance.

Nickel-iron alloy particles are an alloy material composed of nickel and iron, with the nickel content generally ranging from 20% to 60%. Nickel-iron alloy materials have a relatively high density (8.1 to 8.4 g/cm³), a melting point ranging from 1430 to 1480 degrees, and possess excellent heat resistance and corrosion resistance. It is widely used in magnetic materials, the electronics industry, powder metallurgy, motors and generators, etc.

High-purity nickel particles are silver-white metal in appearance, with a density of 8.902g/cm ³, a melting point of 1453 ° C, and a boiling point of 2732 ° C. They possess magnetic properties and good plasticity. It is a metallic element with good corrosion resistance, being hard, malleable and ferromagnetic. It can be highly polished and resistant to corrosion. It turns green after dissolving in nitric acid. It is mainly used in alloys (such as nickel-steel and nickel-silver) and as a catalyst (such as Raney nickel, especially as a catalyst for hydrogenation).

Nickel alloy is a metal in which a certain proportion of nickel is contained in its elemental composition. Nickel mainly forms alloys with chromium, copper, iron, titanium and molybdenum. Each of these alloy combinations has specific properties that make it suitable for a specific range of applications. For instance, chromium-nickel-iron alloy possesses excellent corrosion resistance, oxidation resistance and high-temperature resistance. Most nickel alloys exhibit good corrosion resistance, oxidation resistance and high-temperature strength properties, but there are some exceptions. Nickel-iron alloys do not have the same level of corrosion resistance and oxidation resistance. Nickel alloys are typically used in extreme working environments, such as those encountered in aerospace, chemical processing and the petroleum industry, but they can also be used in electrical and electronic applications.

Nickel-chromium alloy particles are silver-gray metal particles. They come in various sizes and can be used as evaporation source materials. This alloy has excellent resistance to high-temperature oxidation and corrosion, as well as good wear resistance. Density: 8.65 Mg/m ³, melting point: 937℃, hardness: 6000 MPa.

Nickel is a silvery-white metal with excellent mechanical strength and ductility. It is insoluble in water, has strong resistance to acids and alkalis, but is readily soluble in dilute nitric acid and aqua regia. High-temperature resistant, melting point 1455 °C, boiling point 2730 °C. The density is 8.902g/cm³. It can be used to make currency and so on. When plated on other metals, it can prevent rusting.
Nickel has excellent plasticity, corrosion resistance and magnetic properties, and is therefore mainly used in fields such as steel, nickel-based alloys, electroplating and batteries. It is widely applied in various military manufacturing industries such as aircraft and radar, civil machinery manufacturing and electroplating industries. Nickel composite materials can be used as catalysts in hydrogenation and methane synthesis in petrochemicals. Their advantage is that they are not easily poisoned by H2S and SO2.

Nickel powder is a powder-like substance with nickel metal as its main component, featuring multiple properties and a wide range of applications. It is usually an irregular gray powder and is prone to oxidation in moist air. The production methods include gas-phase method, liquid-phase method and solid-phase method.

Magnesium powder has the characteristics of fammable and explosive, high temperature and dazzling white light when bumedso magnesium powder is widely used in science and technology felds such as mlitanry industry and aerospace industry. in thesteelmaking industry and non-ferrous metal casting, magnesium powder is used as a desulfurizing agent and a purifying agent tomake a reducing agent in the production of rare metals. In the chemical industry, magnesium powder can be used more and more inthe spray, coating and anti-corrosion industries, and is also used in single crystal siicon, polycrystaline siicon and metalurgicalpowder die casting.

Premium cold-rolled carbon steel plates with thickness ranging from 0.3mm to 3mm, available in custom sizes. Compliant with GB, ASTM, JIS, DIN, BS, and NF standards.

Wanzhi Steel offers durable carbon steel plates in various grades (Q235, Q345) with thicknesses from 2mm-20mm and widths 600mm-3000mm. Ideal for construction and heavy-duty applications.

Carbon steel plates are most commonly used in construction and other applications that require durability and strength. Wanzhi Steel has a large inventory of carbon plate products available for sale, with thicknesses ranging from 2mm to 20mm and widths from 600mm to 3000mm. They also have different grades, including Q235, Q345, etc.

Discover premium SPCC carbon steel plates, ideal for various industrial applications. Learn about SPCC grades, specifications, and chemical composition for optimal performance.

DC01 is a cold-rolled steel plate, as defined in the national standard GBT 5213-2008 for cold-rolled low-carbon steel plates and steel strips.