3 In. Hub X 1-1/2 In. Hub Schedule 40 Dwv Reducing Pvc Coupling

Presenting the Charlotte Pipe 3 in to 1-1/2 in DWV Schedule 40 PVC reducing coupling, a compact, high-strength connector for modern drainage networks. Its clean, corrosion-resistant PVC body is designed for easy solvent-weld installation, delivering a tight, leak-free seal when joining dissimilar pipe sizes. Built for drainage, waste, and vent lines, this reducer resists chemical attack and maintains smooth flow in both residential and commercial systems. With precise dimensions and durable construction, it withstands daily use across a range of temperatures. It is compatible with standard piping methods and offers reliable performance in tight spaces and crowded work sites.

How It Helps You: This reducer makes size transitions effortless, reducing the number of fittings needed and simplifying alignment on the job. It promotes steady drainage and minimizes joint leaks, helping projects stay on schedule and systems run reliably. The durable PVC composition maintains integrity even under repeated heating and cooling cycles, ensuring long-term service life.

• Dual hub ends: 3 in and 1-1/2 in hub sizes enable straightforward coupling between differing pipe sizes, improving DWV compatibility.
• Schedule 40 construction: Provides sturdy support for drainage, waste, and vent piping in demanding environments.
• Premium PVC material: Delivers excellent corrosion resistance and chemical durability for long-lasting performance.
• Standards compliance: Meets ASTM D1784, ASTM D2665, and NSF 14 for safe, code-compliant plumbing installations.
• Wide operating range: Suitable for temperatures from 32 F to 140 F, accommodating diverse installation conditions.

Final Thoughts: This Charlotte Pipe reducer delivers secure, durable connections in your DWV system. Its robust PVC construction, adherence to industry standards, and versatile sizing make it a reliable choice for both professional plumbers and homeowners. Choose it to ensure leak-free transitions and lasting performance in remodeling or new construction projects.