Integrity Fusion  |  SKU: 30065119  |  MPN: 400634

Standard NPT Transition Fitting Male

$21.12
$50 minimum order required
  • Wide Compatibility: Designed for a range of piping needs, with sizes from ¾” to 6” IPS to fit various systems.
  • Robust Pressure Resistance: Rated for high pressures across multiple SDR options: SDR 17 (125 PSI), SDR 11 (200 PSI), SDR 9 (255 PSI), and SDR 7 (335 PSI).
  • Superior Material Quality: Constructed from epoxy-coated carbon steel, 304 stainless steel, and 316 stainless steel, ensuring resistance to corrosion and wear.
  • Efficient NPT Thread Design: Features male NPT threads for secure, leak-free connections in demanding applications.

The is designed for secure and reliable pipe connections. Available in various sizes and pressure ratings (SDR 17, 11, 9, and 7), these fittings are ideal for a range of applications. Manufactured with durable materials such as epoxy-coated carbon steel, 304 stainless steel, and 316 stainless steel, they ensure long-lasting performance under tough conditions. Featuring Male NPT threads, these fittings are suitable for seamless transitions in piping systems.

Key Features:

  • Available in multiple SDRs: SDR 17 (125 PSI), SDR 11 (200 PSI), SDR 9 (255 PSI), and SDR 7 (335 PSI).
  • Sizes range from 3/4” to 6” IPS for versatile use.
  • Made from durable materials: epoxy-coated carbon steel, 304 stainless steel, and 316 stainless steel.
  • Designed for high-pressure applications with a reliable NPT thread connection.

This fitting provides a secure and efficient transition solution for your piping needs, ensuring durability and performance across various industries.

SDR 7 (Standard Dimension Ratio) 335 PSI (Working Pressure at 73.4˚ F)
Male (MIPT) NPT Transitions


SDR 9
(Standard Dimension Ratio) 255 PSI (Working Pressure at 73.4˚ F)
Male (MIPT) NPT Transitions


SDR 11
(Standard Dimension Ratio) 200 PSI (Working Pressure at 73.4˚ F)
Male (MIPT) NPT Transitions


SDR 17
(Standard Dimension Ratio) 125 PSI (Working Pressure at 73.4˚ F)
Male (MIPT) NPT Transitions