Copper Alloys – Versatile Materials for Precision and Performance Key Material Advantages Exceptional Electrical and Thermal Conductivity: Ideal for power transmission, heat exchangers, and electronic components. High Corrosion Resistance: Performs well in marine, industrial, and chemical environments; resists tarnishing and degradation. Superior Machinability and Formability: Easily forged, extruded, or machined into complex shapes with high dimensional accuracy. Antimicrobial Properties: Naturally inhibits bacterial growth, making it suitable for sanitary and medical applications. Good Strength and Wear Resistance: Select copper alloys (e.g., bronze and beryllium copper) offer high fatigue resistance and excellent mechanical durability.   Common Grades Brass (Copper-Zinc Alloys): H62, H65, C26000 – Cost-effective, good corrosion resistance, widely used in mechanical parts, plumbing, and decorative applications. Bronze (Copper-Tin and Copper-Aluminum Alloys): QSn6.5-0.1, C95400 – Renowned for strength, wear resistance, and long service life in heavy-duty components. Beryllium Copper: C17200, QBe2.0 – Exceptional hardness, high strength, excellent conductivity; widely applied in aerospace, tools, and electronics. High-Conductivity Copper: T1, C11000 – Superior electrical conductivity, essential for power cables, conductors, and electronic devices. Cu-Ni Alloys (Copper-Nickel): BFe10-1-1, C70600 – Excellent resistance to seawater corrosion, widely used in marine equipment, condensers, and desalination systems.   Product Forms Available Bars, Plates, Pipes, Strips Forgings: Rings, shafts, discs, customized shapes Custom Machined Parts: According to drawings and specifications Heat Treatment & Surface Finishing: Anodizing, sandblasting, precision polishing, coating, and other treatments   Applications Electronics: Connectors, terminals, lead frames, conductive springs Automotive & Transportation: Radiators, brake systems, bearings, bushings Marine Engineering: Pumps, valves, propellers, seawater piping Industrial Machinery: Gears, springs, seals, wear-resistant parts, friction-resistant components Architecture & Construction: Roofing, cladding, decorative elements Medical & Sanitary Systems: Antimicrobial surfaces, water supply components   Why Choose Us Support for both small-batch customization and bulk supply Full-process services including forging, machining, and heat treatment Drawing-based production with support for third-party inspection and certification Fast export handling with full support for international logistics and customs clearance   Contact us for tailored solutions and competitive offers！

Superalloys – Heat Resistant High Strength Materials for Extreme Environments Key Material Advantages Excellent High-Temperature Strength: Retains mechanical integrity and creep resistance at temperatures exceeding 700°C, ideal for turbine, aerospace, and power generation components. Outstanding Oxidation and Corrosion Resistance: Forms stable protective oxide layers in extreme thermal, chemical, and marine environments, ensuring long-term performance. Long Service Life: Engineered for thermal fatigue resistance and structural stability during prolonged high-temperature exposure. Superior Structural Reliability: Minimal deformation or degradation under cyclical, high-stress, or high-pressure operating conditions. Process Adaptability: Compatible with casting, forging, welding, and complex precision machining, enabling reliable manufacturing of critical components.   Common Alloy Series Nickel-Based Superalloys / High Temperature Alloys: Inconel 625, Inconel 718 – High-temperature, corrosion-resistant alloys for aerospace and energy industries Hastelloy C-22 – Excellent chemical resistance for industrial and marine applications Waspaloy – High-strength alloy for extreme temperature components   Iron-Nickel-Based High Temperature Alloys: Incoloy 800, Incoloy 825 – Resistant to oxidation and chemical attack in industrial processes   Cobalt-Based Superalloys / High Temperature Alloys: Haynes 188, Stellite 6 – High wear resistance, temperature strength, and chemical stability   Product Forms Available Bars, Plates, Pipes, Strips Forgings: Rings, shafts, discs, customized shapes Custom Machined Parts: According to drawings and specifications Heat Treatment & Surface Finishing: Anodizing, sandblasting, precision polishing, coating, and other treatments   Applications Aerospace & Aviation: Turbine blades, engine components, structural assemblies Power Generation: Gas turbines, steam turbines, heat exchangers Chemical Processing: Acid-resistant vessels, pumps, heat-resistant fasteners Marine Engineering: High-temperature valves, propulsion components Metal Processing: Furnace parts, crucibles, high-temp tooling fixtures   Why Choose Us Support for both small-batch customization and bulk supply Full-process services including forging, machining, and heat treatment Drawing-based production with support for third-party inspection and certification Fast export handling with full support for international logistics and customs clearance   Contact us for tailored solutions and competitive offers！

1J21 est un alliage magnétique doux de haute performance avec la plus haute induction magnétique de saturation (jusqu'à 2,4 T) et une faible perte de fer, représentant le niveau supérieur des matériaux magnétiques doux. Sa principale caractéristique est de fournir une induction magnétique extrêmement élevée tout en maintenant une faible perte d'énergie. Principales caractéristiques et avantages Induction magnétique de saturation élevée (2,4 T): permet une densité de flux magnétique plus élevée. Faible perte de noyau: améliore l'efficacité du moteur et du générateur tout en réduisant les pertes d'énergie. Densité de puissance élevée et efficacité: prend en charge la densité de couple maximale et la conception compacte du moteur. Large application: Excellente performance dans les domaines électriques, médicaux et autres domaines spécialisés. Application typique Noyaux de moteurs et générateurs-augmenter la densité de puissance et l'efficacité Pôles électromagnétiques-Appareils de radiologie Transformateurs spéciaux Roulement magnétique Actionneurs et éléments magnétiques Propriétés mécaniques (durcissement, exemple de barre) Résistance à la traction Rm ≈ 260MPa Limite d'élasticité Rp0.2≈185MPa Allongement A ≈ 0.66% Usinabilité À l'état durci, le 1J21 présente une forte fragilité et une faible ductilité, ce qui le rend facilement éclaté et cassé de bords lors de l'usinage. Une technologie d'usinage avancée, un matériau d'outil approprié et des paramètres de coupe optimisés sont nécessaires. Formulaire d'approvisionnement Spécifications: bâton, plaque, bande, fil Condition: laminé à froid, recuit Personnalisation: Traitement sur mesure disponible sur demande