STZ Industries 1/8 in. MIP x 1/8 in. MIP Black Steel 5 in. L Nipple is a compact, durable connector designed to couple two female 1/8 in. MIP fittings with a rigid, leak-resistant path. Crafted from steel and finished in black, this 5-inch nipple delivers reliable performance in low-pressure applications where space is at a premium.
- both ends are male, 1/8" MIP threads that line up with standard 1/8" female fittings for quick, straightforward installations.
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Material and finish: rugged steel with a protective black finish that helps resist wear and corrosion in typical workshop and plumbing environments.
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Length and versatility: a 5" overall length provides flexibility for tight or awkward installations and minimizes the need for extra adapters.
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Lead-free construction: designed with lead-free properties to meet safety and compliance expectations for various systems.
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Performance range: rated for up to 188 psi and up to 400°F, making it suitable for low-to-moderate pressure lines and domestic or proximity-to-heat applications.
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Packaging: bagged packaging for convenient storage and organized job-site inventory.
Practical applications
- Use this STZ nipple to extend or repair small-diameter lines where two female fittings need to be connected securely without additional adapters.
- Ideal for tight-space plumbing, pneumatic lines, or light hydraulic setups that require a precise 1/8" MIP connection.
- Great for field repairs, workshop projects, and service calls where quick, dependable threaded connections are essential.
Installation tips
- Prepare threads with a compatible thread sealant or PTFE tape, applied in the direction of tightening to ensure a proper seal.
- Hand-tighten first, then snug with a wrench. Avoid overtightening to prevent thread damage or galling.
- Inspect for any debris before assembly to ensure a clean, leak-free connection.
In short, the STZ Industries 1/8 in. MIP x 1/8 in. MIP Black Steel 5 in. Nipple is a purpose-built, reliable choice for connecting 1/8" MIP fittings in confined spaces, delivering dependable performance without unnecessary complexity.