Features:

• High Purity:Achieves a purity of 4N5, ensuring excellent conductivity.
• Good Conductivity:Suitable for high-tech applications, particularly in the electronics sector.
• Flexibility:Easy to process, making it suitable for various industrial applications.

Applications:

1. ITO Target Production:Indium wire is primarily used in the production of LCDs and flat screens, accounting for 70% of global indium consumption.
2. Electronics and Semiconductors:Represents 12% of global consumption in the semiconductor sector.
3. Solder and Alloys:Used in solders and alloys, constituting another 12% of consumption.
4. Research Industry:Indium wire applications account for 6% of global consumption in research.
5. Liquid Metal Synthesis:Alloying with gallium produces liquid metals that can be used for circuit repairs and self-repairing structures, with potential medical applications.

Zinc granules are pale white, shiny metals with diamagnetic properties and a density slightly lower than that of iron (7.14 g/cm³). They have a melting point of 420°C and a boiling point of 900°C, exhibiting a hexagonal crystal structure, making them suitable for various industrial and chemical applications.

Key Features

• High Purity:Purity ranges from 4N to 7N, ensuring material quality.
• Shape:Granular form, facilitating storage and application.
• Customization:Can be processed into various specifications and sizes based on customer requirements.
• Physical and Chemical Properties:Medium electrical conductivity, relatively low melting and boiling points, suitable for a variety of applications.

Applications

1. Analytical Reagents:Used as a reducing agent, suitable for the determination of arsenic, copper, nitrates, etc.
2. Organic Synthesis:Acts as a catalyst and reducing agent, widely applied in zinc plating and the preparation of non-ferrous metal alloys.
3. Target Material:Utilized in sputtering targets and alloys, playing an important role in battery manufacturing.
4. Galvanizing Industry:Used in automotive manufacturing, mechanical industries, and the production of instrument parts.
5. Special Purposes:Zinc granules can also be employed in coin minting and the processing of other high-precision materials.

Zinc lumps are pale white, shiny metals with diamagnetic properties and a density slightly lower than that of iron (7.14 g/cm³). With a melting point of 420°C and a boiling point of 900°C, zinc exhibits a hexagonal crystal structure and is a commonly used metal material across various industrial fields.

Key Features

• High Purity:Purity can reach up to 99.995%.
• Shape:Lumps, making them easy to handle and store.
• Customization:Can be processed into various specifications and sizes as per customer requirements.
• Physical and Chemical Properties:Medium electrical conductivity, relatively low melting and boiling points.

Applications

1. Analytical Reagents:Used as a reducing agent, suitable for the determination of arsenic, copper, nitrates, etc.
2. Organic Synthesis:Acts as a catalyst and reducing agent, widely used in the preparation of zinc plating and non-ferrous metal alloys.
3. Target Material:Utilized in sputtering targets and alloys, playing an important role in modern industry, particularly in battery manufacturing.
4. Galvanizing Industry:Zinc lumps are essential materials for producing batteries, automotive parts, and mechanical components, suitable for instrument and shell parts.
5. Special Purposes:Zinc lumps are also used in minting coins and processing other high-precision materials.

Zinc granules are high-purity (99.99%) pale white, shiny metals with diamagnetic properties. They have a density of 7.14 g/cm³, a melting point of 420°C, and a boiling point of 900°C, exhibiting a hexagonal crystal structure, making them suitable for various chemical and industrial applications.

Key Features

• High Purity:Ensures high-quality materials suitable for precision applications.
• Customizable:Supports customization in various specifications and sizes to meet customer needs.
• Excellent Physical and Chemical Properties:Zinc’s relatively low melting and boiling points allow it to perform well in a variety of reactions.

Applications

1. Analytical Reagents:Used as a reducing agent, widely applicable in the determination of substances such as arsenic, copper, and nitrates.
2. Organic Synthesis:Serves as a catalyst and reducing agent in the preparation of zinc plating and non-ferrous metal alloys.
3. Target Material:Utilized in sputtering targets and alloys, playing a crucial role in battery manufacturing, especially in zinc coatings on battery surfaces.
4. Galvanizing Industry:Widely used in automotive manufacturing, mechanical industries, production of instrument parts, and coin minting.
5. Chemical Additives:Acts as a reducing agent and catalyst in conjunction with various chemicals (such as acetic acid, hydrochloric acid, sulfuric acid, and alkalis).

Zinc ingots are pale white, shiny metals with diamagnetic properties and a density slightly lower than that of iron (7.14 g/cm³). With a melting point of 420°C and a boiling point of 900°C, they exhibit a hexagonal crystal structure, making them suitable for various industrial and chemical applications.

Key Features

• High Purity:Purity ranges from 4N to 7N, ensuring material quality.
• Shape:Ingot form, facilitating storage and transport.
• Customization:Can be processed into various specifications and sizes based on customer requirements.
• Physical and Chemical Properties:Medium electrical conductivity, relatively low melting and boiling points, suitable for a variety of applications.

Applications

1. Analytical Reagents:Used as a reducing agent, suitable for the determination of arsenic, copper, nitrates, etc.
2. Organic Synthesis:Acts as a catalyst and reducing agent, widely applied in zinc plating and the preparation of non-ferrous metal alloys.
3. Target Material:Utilized in sputtering targets and alloys, playing an indispensable role in battery manufacturing.
4. Galvanizing Industry:Used in automotive manufacturing, mechanical industries, and the production of instrument parts.
5. Special Purposes:Zinc ingots are also employed in coin minting and the processing of other high-precision materials.

Zinc bars are pale white, shiny metals with diamagnetic properties and a density slightly lower than that of iron (7.14 g/cm³). Zinc has a melting point of 420°C and a boiling point of 900°C, exhibiting a hexagonal crystal structure, making it suitable for various industrial and chemical applications.

Key Features

• High Purity:Purity ranges from 4N to 7N, with a maximum of 99.995%.
• Shape:Bar form, facilitating transport and processing.
• Customization:Can be processed into various specifications and sizes based on customer requirements.
• Physical and Chemical Properties:Medium electrical conductivity, relatively low melting and boiling points, suitable for a variety of applications.

Applications

1. Analytical Reagents:Serves as a reducing agent, suitable for the determination of arsenic, copper, nitrates, etc.
2. Organic Synthesis:Used as a catalyst and reducing agent, widely applied in zinc plating and the preparation of non-ferrous metal alloys.
3. Target Material:Utilized in sputtering targets and alloys, essential for battery manufacturing, with zinc bars serving as surface materials for batteries.
4. Galvanizing Industry:Widely used in automotive manufacturing, mechanical industries, and the production of instrument parts and enclosures.
5. Special Purposes:Zinc bars are also employed in coin minting and the processing of other high-precision materials.

Tin granules are high-purity, silver-white metallic particles with excellent flexibility and stable physical and chemical properties, reaching a purity of 99.99%. With a density of (β) 7.365 g/cm³ and a melting point of 231.89°C, these granules perform exceptionally in various industrial applications, especially in alloy manufacturing, chemical production, and electronics assembly.

Key Features

• High Purity:99%, meeting rigorous industrial standards.
• Excellent Workability:Soft and easily bendable, suitable for customization into different shapes and sizes.
• Oxidation Resistance:Stable in air, resistant to oxidation, and maintains a silver-white luster.

Applications

1. Metal Processing:Used in babbitt alloys, tin foil, and other alloy productions.
2. Electronics Industry:Functions as flux and material for integrated circuit assembly.
3. Chemical Synthesis:Acts as a high-purity reagent suitable for various organic synthesis reactions.
4. Decorative and Pigment Use:Tin sulfides can be used as gold-colored pigments, widely applied in decoration and textile dyeing.

High-purity tin ingots are made from premium metallic tin with a purity range of 4N to 7N, suitable for various industrial applications. These tin ingots are easily processed and exhibit excellent toughness and ductility. With a melting point of 231.89°C and a density of 7.29 g/cm³, they meet the demands of high-standard manufacturing.

Key Features

• High Purity:Suitable for demanding applications.
• Good Workability:Soft and easily bent, facilitating shaping and processing.
• Oxidation Resistance:Stable in air, resistant to oxidation, and maintains its luster.

Applications

1. Alloy Manufacturing:Used in babbitt alloys, tin foil, and other alloy productions.
2. Electronics Industry:Serves as solder and connection material for electronic components.
3. Chemical Industry:Acts as a high-purity reagent suitable for organic synthesis and other chemical reactions.
4. Friction Materials:Employed in the production of friction materials and oil-impregnated bearings.
5. Decorative Use:Tin sulfides can be used as gold-colored pigments, widely applied in the decorative industry.

High-purity tin foil is a soft, flexible metal foil with a melting point of 231.89°C and a density of 7.29 g/cm³. It has a silver-white color with a slight blue sheen. Available in a purity range from 4N to 7N, this tin foil can be customized to specific dimensions upon request. Tin foil finds extensive use across industrial manufacturing, electronics, and chemical industries.

Key Features

• High Purity:Suitable for applications demanding high purity in electronics and alloy manufacturing.
• Soft and Flexible:Easy to process, ideal for various manufacturing techniques.
• Oxidation Resistant:Maintains its shine and resists oxidation in air.

Applications

• Electronics Industry:Used for producing high-purity reagents, electronic components, and in organic synthesis.
• Alloy Manufacturing:Essential for producing babbitt alloys, type metal, and other precision alloys.
• Friction Materials:Applicable in the production of oil-impregnated bearings, powder metallurgy materials, and friction components.
• Decorative Pigments:Tin sulfide’s gold color is popular in decorative pigments.
• Pharmaceuticals and Chemicals:Employed as a base material in the preparation of specific chemical reagents and high-purity compounds.

High-purity tin rods are made from metallic tin, which is soft and flexible, with a melting point of 231.89°C and a density of 7.29 g/cm³. The purity of these rods ranges from 4N to 7N, making them suitable for various industrial applications. Custom specifications can be provided upon request.

Key Features

• High Purity:Ensures efficient performance in the electronics and chemical industries.
• Easy to Process:Good flexibility makes it suitable for a variety of processing and welding requirements.
• Oxidation Resistant:Maintains its shine and resists oxidation in air.

Applications

• Electronics Industry:Widely used in the manufacturing and soldering of electronic components.
• Alloy Manufacturing:Essential for producing babbitt alloys, tin foil, and other alloy materials.
• Friction Materials:Serves as a component in oil-impregnated bearings and powder metallurgy materials.
• Chemical Industry:Used as a high-purity reagent in chemical compounds and organic synthesis.
• Decorative Uses:Compounds of tin and sulfur can be applied as gold-colored pigments for decorative purposes.