C23000

Part: C23000 (CuZn15) — Aurubis

Type: Red Brass Alloy

Description: Red Brass with a nominal composition of 85% copper and 15% zinc, offering excellent resistance to stress-corrosion cracking and dezincification, combined with good strength and ductility, widely used for deep-drawn articles.

Absolute Maximum Ratings:

• Melting point: 1027 °C

Key Specs:

• Composition: Cu 84.0-86.0%, Zn rem., Fe 0.05 max, Pb 0.05 max
• Density: 8.75 g/cm³
• Electrical conductivity: 22 MS/m (37 %IACS) at 20°C (soft condition)
• Thermal conductivity: 159 W/mK at 20°C
• Modulus of elasticity: 117 GPa
• Tensile strength (Soft temper): 269-324 MPa
• Yield strength (Soft temper): 90 MPa
• Elongation (Soft temper): 45 %

Features:

• Excellent resistance to stress-corrosion cracking
• Excellent resistance to dezincification
• Good strength and ductility
• Excellent cold formability
• Excellent soldering properties
• Good gas shielded arc welding
• Good butt welding

Applications:

• Architectural metal-work
• Weather-strip, ornamental trim
• Electrical sockets and screw shells
• Eyelets and fasteners
• Pen and pencil caps and barrels
• Fire extinguisher tanks
• Cosmetic containers and rouge boxes
• Name plates

Unable to Extract Pinout

C23000 is a copper-zinc brass alloy material, not an electronic component with pins.

The datasheet provided describes C23000 (CuZn15) as a red brass material with 85% copper and 15% zinc composition. It contains:

• Material composition tables
• Physical properties (melting point, density, thermal/electrical conductivity)
• Mechanical properties (tensile strength, yield strength, elongation, hardness)
• Fabrication properties (soldering, welding, formability)
• Heat resistance and softening characteristics graphs

There is no pinout information because this is a raw material specification, not an integrated circuit, microcontroller, or other electronic component with pins.

The four attached images show:

1. Aurubis company logo
2. Fabrication properties table
3. Heat resistance graph (annealing temperature vs. tensile strength)
4. Vickers hardness graphs (heat treatment effects)

None of these contain pin diagrams or pin assignments.

If you intended to request pinout information for an electronic component, please verify the correct part number and provide the appropriate datasheet.

No explicit ordering information (MPN, package, temperature range, packing) was found in the provided datasheet section. The document describes the material C23000 (CuZn15) and its properties, but does not list specific orderable part numbers or package options.