CMP 2 Inch Hi Temp Union MIP To Slip Pipe Fitting Connector

CMPSKU: CMP21063200000

Price:
Sale price$15.05 USD

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In Stock

Shipping Information

At Duckies Pool Supply, we work hard to get your order to you quickly:


  • In-Stock Products: Ship within 24 hours of your order.

  • Out-of-Stock Products: If an item isn’t available in our warehouse, we will drop ship directly from the manufacturer whenever possible.

  • Lead Times: Shipping times for out-of-stock or special-order items may vary and can take up to several days depending on manufacturer availability.

Our goal is to keep your pool running smoothly with the fastest delivery possible.

Description

CMP 2-Inch Hi-Temp Union MIP x Slip Connector

Intro

CMP's 2-Inch Hi-Temp Union MIP x Slip is a rugged connector designed for 2-inch piping that demands a resilient, leak-resistant joint. It links a 2" male iron pipe thread to a 2" slip socket, delivering secure performance in hot-water lines, heating systems, and industrial processes. The self-sealing design reduces maintenance while a durable housing resists corrosion and harsh conditions, keeping systems running smoothly.

List of Features

  • High-Temperature Self-Sealing Union: Built-in seal delivers a reliable, gasket-free connection in elevated temps.
  • 2" MIP x 2" Socket: MIP thread to 2" slip socket for flexible layouts.
  • Durable, Corrosion-Resistant Housing: Rugged plastic resists chemicals and weather, boosting lifespan.
  • Easy Installation with Knurled Cap: Quick hand-tightening and tool-assisted final snugness for faster assemblies.
  • Leak-Resistant Performance: Tight tolerances minimize seepage during pressure changes.
  • Compatibility for 2" Piping: Fits common 2" piping systems, reducing the need for extra adapters.

Final Thoughts

With its reliable seal, simple installation, and durable construction, the CMP 2-Inch Hi-Temp Union MIP x Slip helps cut downtime and keep hot systems running smoothly. Add this trusted CMP connector to your project today and experience lasting performance under demanding temperatures.