High wear-resistant C17510 beryllium nickel copper square bar with heat conductivity
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High wear-resistant C17510 beryllium nickel copper square bar with heat conductivity

Specifications: 1.2mm - 500mm

Length: 3mm - 6000mm

Tolerance: 0.1mm

Packaging: film, pearl cotton, wooden base, wooden box


  • Description

Product specifications: 1.2mm - 500mm

Length: 3mm - 6000mm

Tolerance: 0.1mm

Packaging: film, pearl cotton, wooden base, wooden box

Applications: Hardware, electromechanical, machinery, bolts, decoration, etc.

Process: Extrusion

Molding process: Extrusion

Surface treatment process: Anodizing

 

The common specifications of C17510 beryllium-nickel-copper square rods are mainly classified in three aspects: size, length, and condition. 1. Size specifications: The side length range is usually from 5mm×5mm to 100mm×100mm. Some manufacturers can produce larger cross-sections (such as 150mm×150mm). Common standard side lengths include 10mm, 20mm, 30mm, 40mm, 50mm, etc., with tolerances generally ranging from ±0.1mm to ±0.5mm. 2. Length specifications: The standard lengths are 1m, 2m, 3m, 4m, 5m, or 6m. Custom non-standard lengths can also be provided according to requirements. Long dimensions are mostly used for large mechanical components, while short dimensions are suitable for precision part processing.

Excellent mechanical properties

The C17510 beryllium-nickel-copper square rod has high electrical conductivity (second only to silver in conductivity), good thermal conductivity and corrosion resistance. The C17510 beryllium-nickel-copper square rod is suitable for electrical conduction and heat dissipation scenarios. Its tensile strength is usually ≥ 390 MPa, and the hardness can reach 65 (Rockwell hardness), balancing wear resistance and toughness.

The processing performance is excellent.

The C17510 beryllium-nickel-copper square bar can be manufactured into different specifications through processes such as extrusion, rolling, and drawing, meeting the requirements for precision part processing. For example, the hexagonal copper bar is produced using the horizontal continuous casting process, ensuring dimensional accuracy and mechanical properties.




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