Fire Hose Female/Male Hose Nipple - 2-1/2 In. NH Female X 1-1/2 In. NPT Male - Brass

Moon American, Fire Hose Female/Male Reducer Adapter, 369-1521061, 1-1/2" NH X 1" NPT, Brass Heavy duty cast brass adapter for Industrial and Fire Department use sizes 1/4" through 4-1/2". Pin lug wrenching feature supplied with limited sizes available with rocker lug.

Merchant Steel Hose Barb x MPT Fittings are designed to connect flexible hose to male-threaded pipe, providing a secure transition between hose and rigid piping systems. The barbed end grips the hose for a tight fit, while the male NPT connection threads directly into female ports or fittings. Constructed from durable merchant steel, these fittings deliver reliable strength across a wide range of applications. The barb design helps maintain a secure, leak-resistant connection when used with clamps or crimping methods. Each fitting includes full lot traceability, with Material Test Reports ...

King nipples are constructed of plated steel for rust resistance. Used for low pressure suction and discharge hoses with the handling of water and other various liquids. Male pipe threads are the same as the hose I.D. allowing it to grip the tube of the hose firmly to prevent any leaking. Required clamps to attach to hose.

Moon American, Fire Hose Hose Bushing, 356-2062521, 2" X 2-1/2", Brass Made in various combinations from 1/4" through 4-1/2", all with hex wrenching feature. Female thread is always smaller than male thread which restricts some combinations from being made as bushings. Generally furnished tapered pipe thread (NPT) one end with hose thread on other end. Hose thread on both sides is available in limited sizes.

Moon American, Fire Hose Female/Male Hose Nipple, 357-1010751, 1" NPSH X 3/4" GH, Brass Nipple most frequently furnished female tapered pipe thread (NPT) one end, male hose thread on the other end with hexagon wrenching feature. Limited sizes available in hose thread on both sides. Made in straight sizes 1/2" through 6" as well as most reducing and increasing sizes.