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United Plumbing & Fire Supplies
1-1/4" Copper Tee – Lead-Free Wrought Copper, C x C x C
1-1/4" Copper Tee – Lead-Free Wrought Copper, C x C x C
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$7.84 USD
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$7.84 USD
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🔩 1-1/4" Copper Tee – Lead-Free Wrought Copper, C x C x C
This 1-1/4" Copper Tee is made from lead-free wrought copper and designed for sweat/solder applications in potable water, HVAC, and hydronic systems. It allows for clean branch connections while maintaining full flow in copper pipe networks.
Engineered to meet ASME B16.22 and NSF/ANSI 61 standards, this tee is safe for drinking water, durable under pressure, and compatible with Type L, M, and K copper tubing. A must-have for code-compliant plumbing and mechanical installations.
⚙️ Key Features
- Nominal Size: 1-1/4"
- Pipe OD Compatibility: 1.375"
- Connection Type: C x C x C (sweat/solder ends)
- Material: Lead-free wrought copper (ASTM B75, Alloy C12200)
- Standards: ASME B16.22, NSF/ANSI 61 compliant
- Max Pressure: 200 PSI (varies by application)
- Temperature Rating: Up to 400°F (204°C)
📐 Specifications
- End Style: Sweat (C) on all three outlets
- For Use With: Type L, M, or K copper tubing
- Operating Temp: -20°F to 400°F
- Applications: Hot/cold water, HVAC, hydronic, chilled water
💡 Common Applications
- Potable water lines (residential & commercial)
- Boiler and hydronic heating loops
- HVAC system piping (supply/return)
- Industrial copper fluid systems
Reliable, lead-free, and built for performance — this 1-1/4" copper tee is a key component in any high-efficiency copper plumbing system.
❓ Frequently Asked Questions
1) What type of pipe does this tee work with?It fits 1-1/4" nominal copper tubing (1.375" OD), typically Type L, M, or K copper pipe.
2) Is it certified for potable water?
Yes — this fitting is lead-free and certified to NSF/ANSI 61 for use in drinking water systems.
3) Does it require soldering?
Yes. This is a sweat (C x C x C) fitting, designed to be soldered onto copper pipe.
4) Can it be used in heating or HVAC systems?
Absolutely. It’s pressure-rated and temperature-tolerant for hydronic and mechanical applications.
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