Tin sheets are high-purity silver-white metal sheets with a purity of 99.99%. These tin sheets possess excellent ductility and conductivity, making them essential materials for various industrial applications, including soldering, tin alloy manufacturing, and tin foil production.

Key Features

• High Purity:Ensures good conductivity and ductility, suitable for various precision applications.
• Customizable Specifications:Available in different sizes and thicknesses based on customer requirements.
• Diverse Packaging:Vacuum packaging ensures the quality of tin sheets during transportation and storage.

Applications

• Soldering Technology:Used to connect and secure electronic components, making it an indispensable material in electronics manufacturing.
• Pre-formed Solder Sheet Process:Enhances soldering reliability, eliminates the need for secondary soldering, and simplifies the assembly process.
• Wave Soldering Applications:Addresses bridging issues of electronic component pins, ensuring high soldering quality.
• Electronic Product Production:Accelerates soldering speed during manufacturing, ensuring product quality.
• Electronic Repair Industry:Utilized for repairing electronic components such as mobile phones and USB interfaces.
• New Energy and Automotive Electronics Industry:Connects battery cells and automotive sensors and controllers.
• LED Lighting Industry:Used to connect LED chips, ensuring efficient and stable lighting effects.
• Home DIY Electronics Manufacturing:Widely used for connecting and securing electronic components.
• Indium-Tin Solder Sheets:Commonly used for connecting electronic components, offering good conductivity and plasticity.

Features:

• Multiple purity options available, with a maximum of 99.999%.
• Custom thicknesses and sizes available to meet customer needs.
• Ideal for high-precision industrial applications.

Applications:

• Manufacturing machine tool beds, cylinders for steam engines, and internal combustion engines
• Various mechanical parts and industrial products
• Everyday steel products such as tools, watch cases, and pen tips
• Production of alloy steels and specialty materials

Features

• High Reactivity: Strontium is highly reactive, particularly in air and water, making it ideal for use in special chemical reactions.
• High Melting Point: With a melting point of 769°C, strontium is suitable for high-temperature industrial environments.
• Surface Oxidation: Strontium quickly oxidizes in air, forming a yellow oxide layer that enhances its oxidation resistance.
• Red Flame Combustion: When burned, strontium emits a distinctive deep red flame, offering unique visual effects.

Applications
Strontium lumps are used in a variety of industries, including:

• Aluminum and Magnesium Alloys: As a modifier for aluminum alloys and a grain refiner for magnesium alloys, improving the mechanical properties of the alloys.
• Steel Industry: As an excellent deoxidizer and desulfurizer, enhancing the quality of steel.
• Chemical Industry: Used as a reducing agent for refractory metals, facilitating various chemical reactions.
• Vacuum Technology: As a highly efficient getter, strontium is widely used in vacuum technology.
• Foundry Industry: Strontium is used to improve the mechanical properties of thin-walled cast iron parts, increasing the durability and strength of castings.

Features

· High hardness (approximately Mohs 5.5).

· Low density (about 1.85 g/cm³).

· High melting point (around 1287°C), suitable for high-temperature applications.

· Excellent chemical stability, adaptable to various complex environments.

Applications
Beryllium granules are widely used in industries such as aerospace, electronics, and optics. In aerospace, they are used to manufacture components for aircraft and missiles, reducing weight while enhancing performance. In electronics, beryllium granules improve heat dissipation in high-efficiency electronic components and semiconductors. In the nuclear industry, they are used in reflector layers and control rods to improve reactor efficiency and safety. In optics, beryllium granules are used to produce optical components with high transparency and superior optical properties.

Features

• High melting point (1283°C) and high boiling point (2570°C).
• Low density (1.848 g/cm³), lightweight yet strong.
• Excellent thermal performance and dimensional stability.
• High elastic modulus and strong tensile strength.
• Good neutron absorption and X-ray transparency.
• Ideal for high-precision applications, such as aerospace and nuclear industries.

Applications
Beryllium tubes have wide applications in several high-tech fields. In aerospace, they are used in the manufacturing of critical components such as aircraft control devices, satellite structure parts, and spacecraft. In the nuclear industry, beryllium tubes are used in nuclear reactors and other nuclear facilities due to their excellent neutron reflection properties. Additionally, beryllium tubes are used in medical devices, such as CT scan windows, parts for electron microscopes, and various high-precision industrial instruments.

Features

• High melting point (1283°C) and boiling point (2570°C).
• Low density (1.848 g/cm³), reducing weight in many applications.
• Excellent strength and elastic modulus.
• Good thermal performance, suitable for high-temperature environments.
• Low neutron absorption cross-section and good X-ray transparency.
• Ideal for high-precision technical fields.

Applications
Beryllium rods are widely used in the aerospace industry for structural components of aircraft, brakes, satellite antenna plates, and precision reflector systems. They also play a key role in the nuclear industry, being used for neutron reflection and absorption in nuclear reactor components. In electronics and medical fields, beryllium rods are used to manufacture efficient heat dissipation elements, CT scan windows, and other precision instrument parts. Additionally, beryllium is used in the production of high-precision optical devices, electron microscopes, and certain household appliances.

Features

• High Purity: Made from 5N (99.99%) pure magnesium metal, ensuring excellent performance and stability.
• Lightweight: Magnesium wire has a low density (approximately 1.74 g/cm³), making it ideal for applications that require strict weight control.
• Good Thermal Conductivity: Exhibits good heat conduction properties, making it useful in applications requiring efficient heat transfer.
• Electrical Conductivity: Magnesium wire has some electrical conductivity, though it is lower than common conductive metals like copper and aluminum.
• Aesthetic Appearance: The magnesium wire has a shiny, silver-white metallic luster, offering a clean and attractive appearance.

Applications
Magnesium wire is used in a variety of industries and scientific applications:

• Corrosion Protection: As a magnesium sacrificial anode, it is used in underground iron pipelines, oil pipelines, storage tanks, offshore facilities, and other areas to effectively prevent metal corrosion.
• Medical and Physiological Applications: Magnesium alloy wires are used in lightweight medical devices such as wheelchair frames, rehabilitation equipment, and other therapeutic tools.
• Magnesium Alloy Products: Widely used in lightweight applications to manufacture magnesium alloy profiles, tubes, and other products.
• Industrial Applications: Magnesium wire can be used for metal reduction, welding materials, and other industrial processes.
• Research and Experimentation: Due to its excellent thermal conductivity and lightweight nature, magnesium wire is valuable in scientific and experimental applications, such as heat transfer studies and material testing.

Features

• High Purity: Made from 99.99% pure magnesium metal, ensuring outstanding performance in industrial applications.
• Excellent Electrical and Thermal Conductivity: Magnesium pellets have excellent electrical conductivity and thermal conductivity, making them ideal for use in electronics and high-temperature environments.
• High Strength and Corrosion Resistance: Magnesium pellets are strong and offer good corrosion resistance, allowing them to function reliably in harsh conditions.
• Strong Reducing Properties: Magnesium pellets have strong reducing properties, making them vital in alloy production and other chemical reactions.

Applications
Magnesium pellets find a broad range of applications across various industries:

• Alloy Manufacturing: Used in the production of aluminum-magnesium alloys, widely applied in aerospace, automotive, and bicycle manufacturing due to their lightweight and high-strength properties.
• Military Uses: Employed in the manufacturing of rocket fuel, ammunition, and flame throwers, playing a critical role in military equipment.
• Optical and Photography Equipment: Magnesium pellets are used in the production of precision optical instruments and photographic devices due to their excellent optical properties.
• Corrosion Protection and Fire Extinguishing: Used in corrosion inhibitors and fire extinguishers, magnesium pellets contribute to effective fire suppression.
• Special Applications: Magnesium pellets are also used in specialized chemical reactions and experimental research, serving as a reducing agent in various applications.

Features

• Ultra-High Purity: With a purity of 99.999%, magnesium crystals are ideal for applications that require top-quality raw materials.
• Lightweight and Strong: Magnesium crystals are low in density yet strong, with good malleability to meet various processing requirements.
• Good Reactivity: Reacts with water and oxygen in the air to release hydrogen and form magnesium oxide, widely used in chemical reactions.
• Excellent Thermal and Electrical Conductivity: Magnesium crystals offer good stability in high-temperature and extreme environments.

Applications
Magnesium crystals are used in various industries, including:

• Scientific Research and Experiments: Used in a variety of chemical and physical experiments, particularly in studies requiring high-purity metals.
• Alloy Production: Magnesium crystals are an important raw material in the production of aluminum-magnesium alloys and other lightweight metal alloys.
• Aerospace: Used in aerospace applications, especially in materials that require both lightness and high strength.
• Corrosion Protection: Magnesium crystals are used to create sacrificial anodes, effectively preventing corrosion of metal equipment and pipelines.
• Medical and Industrial Applications: Used to manufacture medical devices and equipment, particularly in fields where lightweight, high-strength materials are needed.

Features

• High Purity: Made from 4N (99.99%) pure magnesium metal, ensuring superior product performance.
• Lightweight and High Strength: Magnesium pipe has a density of 1.74 g/cm³, offering an excellent strength-to-weight ratio, ideal for applications where both lightweight and high strength are critical.
• Good Thermal Conductivity: Magnesium pipe offers excellent heat conduction properties, making it suitable for use in industrial and electronic applications requiring efficient heat transfer.
• Aesthetic Appearance: The pipe has a shiny silver-white surface, making it suitable for high-end manufacturing and decorative uses.

Applications
Magnesium pipes are used in a variety of industries and scientific fields:

• Corrosion Protection: As a magnesium sacrificial anode, magnesium pipes are widely used in underground pipelines, oil pipelines, storage tanks, and offshore facilities to effectively prevent metal corrosion.
• Medical and Rehabilitation Equipment: Magnesium pipes are used in medical devices and rehabilitation equipment due to their biocompatibility, making them ideal for lightweight medical instruments such as wheelchair frames and other therapeutic devices.