1/2" Copper Tee – Lead-Free Wrought Copper, C x C x C

🔩 1/2" Copper Tee – Lead-Free Wrought Copper, C x C x C

This 1/2" Copper Tee is made from lead-free wrought copper and is ideal for creating branch lines in copper plumbing systems. Featuring C x C x C sweat connections, it is perfect for potable water, HVAC, refrigeration, and general plumbing applications.

Compliant with ASME B16.22 and NSF/ANSI 61, this tee ensures long-term reliability, excellent corrosion resistance, and safe use in systems carrying drinking water. Its compact size and durable build make it a staple in both residential and commercial projects.

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⚙️ Key Features

• Material: Lead-free wrought copper (ASTM B75, Alloy C12200)
• Connection Type: C x C x C (sweat/solder)
• Size: 1/2" nominal pipe size
• Compliance: Meets ASME B16.22 and NSF/ANSI 61 standards
• Applications: Potable water, HVAC, refrigeration, and general plumbing
• Temperature Rating: Up to 400°F (204°C)
• Pressure Rating: Up to 200 PSI

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📐 Specifications

• Nominal Size: 1/2"
• Pipe OD Compatibility: 5/8" (for 1/2" nominal copper tube size)
• Ends: All three are copper sweat (C) connections
• Material: Wrought copper, lead-free
• Standards: ASME B16.22, NSF/ANSI 61
• Operating Temperature: -20°F to 400°F

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💡 Common Applications

• Potable water plumbing systems
• Hydronic heating and cooling systems
• Refrigeration and ACR systems
• Boiler and utility room piping

Build a secure, code-compliant copper system with this compact and durable 1/2" copper tee fitting.

❓ Frequently Asked Questions

1) What pipe size does this tee fit?
It fits 1/2" nominal copper pipe (5/8" outside diameter) with sweat/solder connections on all three ends.

2) Is it safe for drinking water?
Yes — it is manufactured from lead-free wrought copper and complies with NSF/ANSI 61 for potable water use.

3) What systems is this fitting used in?
Potable water, HVAC systems, refrigeration, and general plumbing installations.

4) What is the pressure and temperature rating?
Rated for up to 200 PSI and temperatures up to 400°F, depending on system configuration.