Harvey H23030 Pipe Thread Compound, 4 Fl-oz Jar, Non-hardening Sealant Paste

Harvey Pipe Thread Compound is a white thread lubricant and sealant paste designed to create reliable, leak-free connections on a wide variety of plumbing applications. This non-hardening formula brushes on easily, dries slowly, and remains workable, giving you extra time to adjust and fine-tune connections before the seal fully sets.

This versatile sealant withstands extreme pressures and temperatures, performing dependably in demanding residential and commercial plumbing systems. Whether you're sealing threaded joints on water lines, steam pipes, natural or LP gas lines, fuel systems, or applications involving oils and dilute acids, Harvey Pipe Thread Compound provides a heavy-duty seal that holds strong over time.

Features and Benefits

• High-Performance Seal: Withstands pressures up to 3,000 psi on gases and temperatures ranging from -50 to 500 degrees Fahrenheit, ensuring durability in extreme conditions.
• Non-Hardening Formula: The brushable paste dries slowly and remains non-hardening, allowing you to adjust connections during installation for a perfect fit.
• Broad Material Compatibility: Works on metals, PVC, CPVC, ABS, polypropylene, and nylon, making it suitable for multiple projects and pipe types.
• Versatile Applications: Compatible with water, steam, natural gas, LP gas, oils, fuels, and dilute acids for use across residential and commercial systems.
• All-Purpose Heavy-Duty Sealant: Designed for heavy-duty plumbing applications in both residential and commercial settings.

Specifications

• Brand: Harvey
• Model: H23030
• Size: 4 fl-oz jar
• Form: Liquid paste, white
• Type: Non-hardening sealant compound
• Pressure Rating: Up to 3,000 psi on gases
• Temperature Range: -50 to 500 degrees Fahrenheit
• Compatible Materials: Metals, PVC, CPVC, ABS, polypropylene, nylon

Safety

• Halogen and Oxygen Warning: Never use this pipe thread sealant paste on halogens or oxygen lines. Use PTFE pipe thread tape instead for those applications.