Engineered for small-diameter PVC piping, the Homewerks Schedule 40 1/2 in. Hub X 1/2 in. D Slip PVC Expansion Coupling is your reliable solution when pipes need a little give. With lead-free construction and essential certifications, it combines safety, durability, and straightforward installation in one compact fitting.
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Connection details: one end hub (socket) for a secure, cemented fit, and one end slip for easy extension into standard 1/2 in. PVC pipe.
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Material and schedule: durable Schedule 40 PVC designed for residential water systems and irrigation lines.
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Size and compatibility: 1/2 in. diameter on both ends, ideal for tight spaces and compact runs in 1/2 in. PVC networks.
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Pressure rating: up to 150 psi, providing a reliable seal for typical household and irrigation applications.
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Safety and standards: lead-free construction with IAPMO certification, NSF listing, and ANSI certification for peace of mind and code compliance.
This expansion coupling excels where movement and thermal expansion are a concern in small-diameter PVC runs. By accommodating slight pipe movement, it reduces stress on joints and prevents leaks in scenarios like outdoor irrigation lines, laundry hookups, under-sink connections, or any 1/2 in. PVC installation subject to temperature shifts or shifting soil.
Why choose this Homewerks fitting? It combines the reliability of a Schedule 40 PVC expansion joint with proven certifications and a practical hub-to-slip design. The hub end creates a secure, solvent-weld connection, while the slip end offers convenient insertion into a standard 1/2 in. pipe, making installation quicker and more forgiving in tight spaces.
Tips for best results: verify pipe cleanliness and square alignment before installation, use standard PVC solvent cement on the appropriate ends, and ensure the system operates well below the 150 psi maximum rating. Designed to integrate seamlessly into existing 1/2 in. PVC networks, this expansion coupling helps you maintain a leak-free, long-lasting water system with less stress on joints.
