3/4 In. Male Thread To Cpvc Adapter

Introducing the Charlotte Pipe 3/4 in. Male Thread to CPVC Adapter, a compact, dependable fitting designed to bridge CPVC piping with metal-threaded components in cold-water networks. Constructed from corrosion-resistant CPVC, this adapter stays strong under pressure and resists daily wear, making it a trusted choice for installers and DIY enthusiasts alike. Its streamlined profile simplifies mounting in tight spaces, while the secure socket-to-MPT connection promotes a reliable, leak-free seal. Perfect for repairs, renovations, or new installations, it blends seamlessly with standard CPVC and threaded fittings to keep water flowing smoothly.

Benefits: This adapter delivers a robust and corrosion-resistant link between CPVC piping and metal-threaded fixtures, ensuring dependable performance in cold-water systems. The durable CPVC body helps extend service life and reduces maintenance downtime for professionals and weekend plumbers. Its compatible sizing and simple, reliable connection make upgrades and repairs quick and straightforward.

• Fitting Size: 3/4 in. socket on one end and 3/4 in. male thread on the other for straightforward integration with standard CPVC and metal-threaded components.
• Connection Types: CPVC socket to 3/4 in. MPT connection for a secure, uniform seal.
• Material: Premium CPVC provides corrosion resistance and long-lasting durability in cold-water applications.
• Application: Specifically formulated for cold-water systems; not intended for hot-water service to prevent damage.
• Energy & Efficiency: CPVC’s insulating profile helps minimize heat transfer in piping runs, contributing to efficient cold-water distribution when used correctly.

Why This Adapter Stands Out: Built for reliability in cold-water runs, this fitting provides a secure CPVC-to-metal threaded connection that you can trust. Its compact design and durable CPVC body simplify installations, upgrades, and repairs across residential and light commercial projects. Choose this adapter to maintain system integrity and long-lasting performance.