Harvey Yellow 1/2 in. W X 260 in. L Pipe Thread Sealant is your go-to PTFE tape for fast, reliable sealing of threaded pipe connections. Designed to simplify plumbing projects, this yellow sealant tape delivers a clean, consistent wrap that helps prevent leaks and makes disassembly easier when you need to service fittings.
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Size and packaging: 1/2 in. width, 260 in. length, packaged in a convenient can for quick storage and ready-to-use replacement.
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Material and performance: PTFE tape forms a dense, uniform seal on metal pipe threads, helping to prevent leaks under pressure and reducing the need for messy liquids or pastes.
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Color and identification: Bright yellow tape that stands out on threads, making it easy to apply correctly and inspect during installs or repairs.
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Ideal applications: Perfect for water supply lines, appliance connections, and other threaded fittings in residential and light commercial plumbing.
How to use
- Ensure threads are clean and free of oil, dirt, and old sealant.
- Wrap the tape clockwise around the male threads, starting at the end and overlapping 2–4 wraps to cover the threads evenly.
- Cut the tape, press it into the threads, and continue tightening the fitting with a wrench to the recommended torque.
- Re-check for leaks after assembly. If needed, re-tighten in small increments to achieve a tight seal.
Why choose Harvey
Harvey brings trusted plumbing solutions to both professionals and DIY enthusiasts. This yellow PTFE sealant tape is engineered for consistent performance, easy handling, and dependable leak prevention across a range of standard pipe fittings. With a generous 260-inch length, it minimizes trips to replace rolls during larger projects, while the 1/2 inch width pairs well with typical pipe threads found in home plumbing systems.
Practical tips for best results
- Apply to clean, dry threads for the best seal.
- Avoid over-wrapping; too many layers can create bulky threads and hinder proper seating.
- Store the can in a cool, dry place to maintain tape flexibility and performance over time.
