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United Plumbing & Fire Supplies
1-1/2" Copper Tee – Lead-Free Wrought Copper, C x C x C
1-1/2" Copper Tee – Lead-Free Wrought Copper, C x C x C
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$11.90 USD
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$11.90 USD
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🔩 1-1/2" Copper Tee – Lead-Free Wrought Copper, C x C x C
This 1-1/2" Copper Tee is made from lead-free wrought copper and is ideal for branching 1-1/2" copper tube in potable water, hydronic heating, and HVAC systems. The C x C x C sweat connections allow for soldered installation in both residential and commercial copper piping systems.
Built to meet ASME B16.22 and NSF/ANSI 61 standards, this fitting ensures safe performance in drinking water systems and is pressure- and temperature-rated for long-term reliability under tough job site conditions.
⚙️ Key Features
- Nominal Size: 1-1/2"
- Pipe OD Compatibility: 1.625"
- Connection Type: C x C x C (sweat/solder)
- Material: Lead-free wrought copper (ASTM B75, Alloy C12200)
- Certifications: ASME B16.22, NSF/ANSI 61
- Temperature Rating: Up to 400°F (204°C)
- Pressure Rating: Up to 200 PSI
📐 Specifications
- End Style: Copper sweat (C) on all three sides
- Tube Compatibility: Type L, M, or K copper pipe
- Operating Temp Range: -20°F to 400°F
- Finish: Clean, smooth ends for soldering
💡 Common Applications
- Potable water supply systems
- Boiler and hydronic piping systems
- HVAC system distribution lines
- Commercial and residential copper branch lines
Rugged, code-compliant, and built for pro installs — this 1-1/2" copper tee ensures long-lasting performance in your copper piping system.
❓ Frequently Asked Questions
1) What type of copper pipe does this tee connect to?It’s designed for 1-1/2" nominal copper pipe with a 1.625" OD, compatible with Type L, M, or K.
2) Is this suitable for drinking water?
Yes — it is lead-free and meets NSF/ANSI 61 standards for potable water systems.
3) Does it require soldering?
Yes — this is a sweat-style fitting (C x C x C) and must be installed using soldering techniques.
4) Can it handle high temperature or pressure?
Yes — it's rated for up to 400°F and 200 PSI depending on system design.
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