Ruthenium lump is a hard and brittle silver-white metal known for its excellent hardness and good ductility. Ruthenium has a density of 12.30 g/cm³, a melting point of 2310°C, and a boiling point of 3900°C. Due to its excellent physical and chemical properties, ruthenium lumps are widely used in research and industrial applications.

Key Features

• High Purity:With a purity of up to 99.98%, ruthenium lumps ensure optimal performance in various applications.
• Good Conductivity:Ruthenium’s excellent electrical conductivity makes it suitable for electronic component manufacturing.
• Corrosion Resistance:Ruthenium lumps exhibit outstanding corrosion resistance, making them ideal for use in harsh environments.
• High Hardness:The hardness of ruthenium allows it to perform well in applications with significant wear.

Applications

• Catalysts:Widely used in hydrogenation, oxidation, and reforming reactions in petrochemical processes.
• Electronic Devices:Suitable for manufacturing resistors, capacitors, and inductors, particularly in thin-film resistors and thick-film hybrid integrated circuits.
• Special Alloys:Alloys formed with other metals (such as ruthenium-nickel and ruthenium-cobalt) possess excellent hardness and magnetic properties, making them suitable for manufacturing high-pressure pump shafts and magnetic materials.
• Coating Materials:Used for electroplated and chemical plated layers, significantly enhancing the corrosion and wear resistance of substrates.
• Electrode Materials:Exhibiting good conductivity and stability, ruthenium is used as an anode for electrolysis in water-splitting and fuel cell applications.
• Other Applications:Can be used in jewelry, decorative items, and laboratory equipment.

Ruthenium sheet is a high-purity, hard metal material primarily composed of ruthenium (Ru). It possesses good chemical stability and catalytic performance, and its hard and brittle characteristics enable it to play an important role in various applications.

Key Features

• High Purity:Available in different purity levels such as 3N, 3N5, and 4N to meet diverse needs.
• High Hardness:Ruthenium sheets exhibit excellent hardness and wear resistance, making them suitable for use in harsh environments.
• Chemical Stability:They offer good resistance to many chemical substances, making them suitable as reactor materials.

Applications

• Catalysts:Ruthenium is widely used as an effective catalyst in hydrogenation, isomerization, oxidation, and reforming reactions within the chemical industry.
• Electrical Contact Alloys:Ruthenium can serve as an effective hardening agent for platinum and palladium, used to manufacture electrical contact alloys that enhance wear resistance and performance.
• Hard Alloys:As a component of hard wear materials, ruthenium sheets are widely utilized in high-performance tools and equipment.

Rhodium wire is a silver-white, hard metal wire belonging to the platinum group, known for its high reflectivity. Rhodium typically does not form oxides; molten rhodium releases absorbed oxygen during solidification. It has a higher melting point than platinum but a lower density and is insoluble in most acids, especially completely insoluble in nitric acid.

Key Features

• High Reflectivity:Rhodium wire exhibits excellent reflective properties, making it suitable for high-quality optical applications.
• Strong Wear Resistance:The hardness of rhodium allows it to perform exceptionally well in high-wear environments.
• High Melting Point:Rhodium’s high melting point makes it suitable for high-temperature applications.
• Excellent Corrosion Resistance:Rhodium is insoluble in most acids, especially nitric acid, ensuring its stability in corrosive environments.

Applications

• Electronic Devices:Rhodium wire is widely used in electrical contact components, providing excellent conductivity and corrosion resistance.
• Optical Components:Suitable for manufacturing high-quality mirrors and optical devices, enhancing optical performance.
• Catalysts:Rhodium wire can be used as a catalyst, widely applied in chemical and industrial fields.
• Jewelry Manufacturing:Used in the jewelry industry, providing both decorative and functional properties.

Rhodium lump is a silver-white, hard metal block belonging to the platinum group, known for its high reflectivity. Rhodium typically does not form oxides; molten rhodium releases absorbed oxygen during solidification. It has a higher melting point than platinum but a lower density and is insoluble in most acids, especially completely insoluble in nitric acid, but slightly soluble in aqua regia.

Key Features

• High Reflectivity:Rhodium lumps exhibit excellent reflective properties, making them suitable for optical and industrial applications.
• Strong Wear Resistance:The hardness of rhodium allows it to perform exceptionally well in high-wear environments.
• High Melting Point and Corrosion Resistance:Rhodium’s high melting point and oxidation resistance ensure its stability under extreme conditions.
• Modification Capability:Rhodium can form solid solutions with other metals, improving the melting point, recrystallization temperature, and corrosion resistance of materials.

Applications

• Catalysts:Rhodium lumps and their alloys are used in the synthesis of aldehydes, automotive exhaust purification, and the synthesis of plastics and pharmaceuticals.
• Optical Coatings:Due to its high reflectivity, rhodium is often used for coatings on specialized industrial mirrors and reflectors.
• Corrosion-Resistant Containers:Suitable for manufacturing containers that can be used in high-temperature and corrosive environments.
• Electrical Contact Materials:The wear resistance and stability of rhodium coatings make them excellent electrical contact materials, widely used in electronic devices.
• Alloy Manufacturing:Forms solid solutions with metals like platinum and palladium to enhance material performance; rhodium-platinum alloys are commonly used in high-precision temperature measurement materials.

Rhodium ingot is a silver-white, hard metal belonging to the platinum group, characterized by its high reflectivity. Rhodium metal typically does not form oxides; molten rhodium absorbs oxygen but releases it during solidification. It has a higher melting point than platinum, but a lower density, and is insoluble in most acids.

Key Features

• High Reflectivity:Rhodium exhibits excellent reflective properties, making it suitable for manufacturing high-quality mirrors.
• Strong Wear Resistance:Rhodium can be used as a wear-resistant coating for high-quality scientific instruments, extending the lifespan of the equipment.
• High Melting Point:Rhodium’s high melting point makes it suitable for high-temperature applications.
• Excellent Corrosion Resistance:Rhodium is insoluble in most acids, particularly nitric acid.

Applications

• Catalyst Manufacturing:Used in the production of hydrogenation catalysts and other catalytic materials.
• Alloy Production:Rhodium can be synthesized with other metals to produce platinum-rhodium alloys, used in thermocouples and more.
• Coating Applications:Commonly used for coatings in searchlights and mirrors to enhance reflective performance.
• Electronic Devices:Rhodium coatings can be used for electrical contact components, such as telephone relays and pen tips.
• Jewelry and Decorative Items:Used as a polishing agent for gemstones, enhancing their appearance.

Product Features

• High Purity:With a purity range of 3N-5N, platinum wire ensures stable performance in various high-precision applications.
• Excellent Ductility and Hardness:Platinum wire can be drawn into very fine threads, making it adaptable for a wide range of processing needs.
• High Melting Point:With a melting point of 1773°C, platinum wire is suitable for use in high-temperature environments.
• Strong Chemical Stability:It does not oxidize in air and can remain stable in highly corrosive environments, including strong acids and alkalis.

Applications

• Electronic Materials:Used in the production of electronic components and resistive wires.
• Surfactants and Communication Systems:Employed in high-performance communication devices.
• Jewelry and Decorative Materials:Platinum wire’s elegant appearance and durability make it a preferred material in high-end jewelry.
• High-Temperature and Chemical Reactors:Essential for use in high-temperature applications and chemical reactions.

Product Features

• High Purity:With a purity range of 3N-5N, platinum pellets offer outstanding performance in industrial applications.
• Good Ductility and Hardness:Platinum pellets can be drawn into fine wires or rolled into thin foils, making them ideal for precision processes.
• Strong Chemical Stability:Platinum does not oxidize in air and is highly resistant to aggressive chemical reactions.
• High Melting Point:With a melting point of 1773°C, platinum pellets are suitable for high-temperature applications.

Applications

• Electronics Materials:Used in the manufacture of electronic components to enhance performance and stability.
• Surfactants and Communication Systems:Platinum improves the performance of communication materials and systems.
• Jewelry and Decorative Materials:Due to its unique luster and durability, platinum is a popular material in high-end jewelry and decorative items.

Product Features

• High Purity:9% palladium purity ensures stability and efficiency in high-precision applications.
• Good Ductility and Malleability:Palladium pellets can be easily processed, meeting diverse industrial needs.
• Significant Hydrogen Absorption:Palladium’s ability to absorb a large amount of hydrogen at room temperature greatly improves reaction efficiency.
• Catalytic Properties:Palladium pellets are widely used in hydrogenation and dehydrogenation catalysis, enhancing reaction rates and efficiency.

Applications

• Alloy Materials:Used in the production of high-performance alloys to enhance strength and corrosion resistance.
• Catalysts:A critical component in the chemical industry as a catalyst in hydrogenation and dehydrogenation reactions.
• Jewelry Production:Palladium pellets are also used in the creation of high-end jewelry due to their excellent corrosion resistance and aesthetic appeal.

Product Features

• High Purity:Purity range of 3N5-4N ensures excellent performance in precision manufacturing and catalytic reactions.
• Good Ductility and Malleability:Palladium ingots can be forged, rolled, and drawn to meet diverse industrial needs.
• Significant Hydrogen Absorption:Palladium ingots can absorb up to 900 volumes of hydrogen at room temperature, with broad applications.
• Stable Catalytic Properties:Particularly suitable for hydrogenation and dehydrogenation catalysis.

Applications

• Aerospace and Aviation:Palladium ingots are key materials in aerospace and aviation industries.
• Automotive Manufacturing:Used as a vital catalyst and high-performance material in the automotive industry.
• Gas Reactions:Provides essential catalytic properties for hydrogenation and dehydrogenation reactions.
• Resistive Wires and Alloys:Used in the production of resistive wires and high-precision alloys for applications such as watches.

Product Features

• High Density:Osmium is the densest known metal, with a density of 22.48 g/cm³.
• High Melting and Boiling Points:The melting point reaches 3045°C, and the boiling point exceeds 5027°C.
• High-Temperature Resistance and Stability:Osmium is stable in air, but its powdered form is prone to oxidation.
• Hardness and Brittleness:Osmium is highly hard but brittle, making it prone to pulverization.
• Toxicity:Osmium vapors are highly toxic and can severely irritate the eyes, potentially causing blindness; handling requires extra safety precautions.

Applications

• Catalysts:Osmium is used as a catalyst in ammonia synthesis and organic hydrogenation reactions.
• Alloy Manufacturing:Osmium is used to create corrosion- and wear-resistant iridium-osmium alloys, which are widely applied in electrical contacts, instrument pivots, and more.
• Spectral Analysis:Osmium pellets are utilized as essential materials in spectral analysis.
• High-Precision Instruments:Osmium is used in the production of machine bearings, phonograph needles, pen tips, and other high-precision components.