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Koopman Lumber - Sharon

1/2" Press‑Fit Copper Coupling – 300 psi No‑Stop Design, Apollo XPRC12NS

SKU #8977597 Model #XPRC12NS UPC #810053460030
1/2" Press‑Fit Copper Coupling – 300 psi No‑Stop Design, Apollo XPRC12NS

Apollo

Regular Price
$ 4.95
Koopman Lumber - Sharon Sharon, MA
Quantity: 1
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Available for Special Order. Pickup In store in 3-8 days.

Description

AI Robot
Descriptions are AI-generated. For accurate measurements, please call the store to confirm.

Discover Apollo XPRC12NS 1/2" Press‑Fit Copper Coupling, a compact 1.72‑inch connector engineered for high‑pressure plumbing systems. Crafted from durable copper, this no‑stop fitting delivers a secure, leak‑free joint that withstands up to 300 psi and temperatures as high as 250 °F, making it ideal for residential and commercial water lines.

Benefits Paragraph: The press‑fit design eliminates the need for soldering or threading, saving time and reducing installation errors. Its seamless, stop‑free configuration allows fluid to flow uninterrupted, enhancing system efficiency and reliability.

Key Features & Benefits:
  • Press‑Fit Technology: Quick, tool‑free installation that speeds up project timelines while ensuring a tight seal.
  • Copper Construction: Corrosion‑resistant material provides long‑term durability in harsh water environments.
  • 300 psi Rating: Engineered to handle high‑pressure applications, perfect for demanding plumbing networks.
  • 250 °F Operating Temp: Reliable performance under hot‑water conditions without deformation.
  • No‑Stop Design: Uninterrupted flow path reduces turbulence and pressure loss, improving overall system performance.

Why Choose This Coupling? Apollo’s XPRC12NS combines robust copper strength with a user‑friendly press‑fit method, delivering a trustworthy solution for any 1/2‑inch pipe connection. Its high‑pressure capability and heat tolerance make it a versatile choice for water distribution, heating, and industrial circuits. Trust this compact, stop‑free coupling to provide a secure, efficient link that stands up to the toughest conditions.