The Golden Touch of Advanced Materials: C95400 Aluminum BronzeIn the dynamic landscape of international trade, one material stands out as a game-changer for Malaysian industries: C95400 Aluminum Bronze. This isn’t just another metal alloy; it’s a precision-engineered solution that transforms challenges into opportunities.Why C95400 is a Perfect Match for Malaysia’s Industrial Needs1. Unparalleled Performance in...
Elemental Composition Comparison Element UNS C63000 CW307G Significance Copper (Cu) 82% 85-89% Base Metal Aluminum (Al) 10% 0.5-1.5% Strength Enhancer Nickel (Ni) 5% 4-5% Corrosion Resistance Iron (Fe) 3% 0.5-1.5% Structural Stability Zinc (Zn) Trace 3-5% Alloy Modifier Mechanical Properties Comparison Property UNS C63000 CW307G Comparative Analysis Tensile Strength 760 MPa 550-600 MPa 27-38% Higher...
Unlock Exceptional Performance with UNS C63000 Bronze Pipe UNS C63000, a nickel-aluminum bronze alloy, stands out as a reliable material choice for various industrial applications. Known for its excellent corrosion resistance, high strength, and versatility, this bronze pipe is the perfect addition to your engineering solutions. Key Advantages of UNS C63000 Bronze Pipe Benefit Description...
Comprehensive Supply Assurance for Critical Industrial Needs Supply Capability Highlights Supply Dimension Specification Competitive Advantage Production Capacity Up to 5000 tons/year Scalable Manufacturing Dimensional Range 6mm – 250mm diameter Comprehensive Size Portfolio Length Options Custom cut to 12m Flexible Delivery Configurations Quality Grades ASTM B124/ASME SB150 Certified Material Integrity Material Performance Specifications Chemical Composition Element...
International Equivalent Standards Country Standard Code Equivalent Designation Composition Similarity Performance Match USA UNS C95510 Aluminum Bronze 100% Reference Standard Germany DIN CuAl10Ni5Fe4 Nickel Aluminum Bronze 95% High UK BS 2M40 Naval Brass 90% Substantial Japan JIS H5120 CAC406 88% Good France NF A57-101 CuAl10Ni5Fe 92% Very Good Chemical Composition Analysis Typical Composition Range (%)...
Chemical Composition Comparison Element C95200 (%) C95800 (%) Variation Significance Copper 81.5 – 84.5 78.0 – 82.0 Nickel content difference Aluminum 8.5 – 10.5 8.5 – 10.5 Identical range Iron 3.5 – 5.5 3.0 – 5.0 Slight compositional variation Nickel <1.0 4.0 – 6.0 Key distinguishing factor Manganese <1.0 <1.0 Consistent across alloys Mechanical Performance...
International Standard Mapping Comprehensive Equivalency Comparison Country Standard Code Alloy Designation Composition Similarity Performance Match Primary Applications USA UNS C93700 Leaded Tin Bronze 100% Reference Standard Heavy-Duty Bearings Germany DIN CuSn10Pb Leaded Tin Bronze 95% High Industrial Machinery UK BS 1400 PB1 93% Substantial Precision Engineering Japan JIS H5120 CAC405 90% Good Marine Components China...
International Equivalent Standards Detailed Equivalency Mapping Country Standard Code Alloy Designation Composition Similarity Performance Match Key Applications Germany DIN CuSn12 Tin Bronze 100% Reference Standard Precision Engineering USA ASTM B124 UNS C91300 95% High Bearings & Bushings UK BS 1400 PB2 93% Substantial Marine Components Japan JIS H5120 CAC406 90% Good Mechanical Parts China GB/T...
Introduction to Bronze Alloys Bronze represents a critical family of copper-based alloys that have revolutionized engineering and manufacturing across multiple industries. This comprehensive guide explores the intricate world of bronze alloys, their performance characteristics, international standards, and strategic selection criteria. Classification of Bronze Alloys Primary Bronze Categories Performance Metrics Comparison Mechanical Properties Evaluation Alloy Type...