Discover the reliable Quarter‑Turn Copper Sweat Angle Valve, engineered for seamless water control in residential and light‑commercial plumbing. Designed with a durable brass body and precision‑cast ball, this valve fits a 1/2‑in copper sweat inlet and a 3/8‑in compression outlet, delivering a leak‑free connection when soldered to pipework. The smooth quarter‑turn handle offers instant shut‑off, eliminating the need for tools or ongoing maintenance, and its removable metal lever provides easy access for cleaning or replacement. Perfect for supplying ice makers, toilets, or bathroom faucets, this valve combines strength with simplicity for everyday installations.
Why it matters: The quick‑acting shut‑off enhances safety by preventing accidental water flow, while the copper‑compatible design ensures compatibility with existing piping networks. Homeowners in Standish appreciate the hassle‑free operation, and contractors in ME rely on its consistent performance for time‑critical projects. Find this essential component at Steep Falls Building Supply for a dependable plumbing solution.
Key Features & Benefits:
- Quarter‑Turn Ball Mechanism: Provides rapid, tool‑free closure for immediate water control, boosting efficiency in any plumbing layout.
- Brass Construction: Offers corrosion resistance and long‑term durability, ideal for humid environments and frequent use.
- Copper Sweat Connection: Guarantees a strong, soldered joint that meets industry standards for leak‑proof performance.
- 3/8‑in Compression Outlet: Enables easy attachment to flexible supply lines, simplifying installation for ice makers and fixtures.
- Removable Metal Handle: Allows convenient cleaning or replacement, extending the valve’s service life without extra parts.
Upgrade your plumbing today: This quarter‑turn angle valve delivers dependable shut‑off, robust materials, and versatile connections, making it a smart choice for any water distribution system. Visit Steep Falls Building Supply in Standish, ME to secure yours and experience uninterrupted flow control.
