JMF COMPANY 1/2FTG X 3/8C WROT FLUSH BUSH

The JMF Company 1/2FTG x 3/8C Wrot Flush Bush is a precision‑formed copper reducing bushing designed to provide a secure, space‑efficient transition between 1/2 in FTG (female‑tapped) connections and 3/8 in copper tubing. Crafted from high‑quality wrot copper, this fitting offers outstanding corrosion resistance, structural reliability, and smooth internal flow characteristics ideal for potable water, hydronic heating, and general mechanical piping applications.

Its flush‑style profile provides a clean, compact reduction without unnecessary protrusion, making it especially useful in tight installations, manifold assemblies, and retrofit scenarios requiring a neat and efficient size transition.

DETAILS

• Model Number: 2514008069802
• Product Name: 1/2FTG x 3/8C Wrot Flush Bush
• Manufacturer: JMF Company
• Material: Wrot copper
• Color: Copper
• Dimensions: Approx 1.0 in x 0.8 in
• Connection Size Inlet: 1/2 in FTG
• Connection Size Outlet: 3/8 in C
• Series: Standard
• Package Contents: One 1/2FTG x 3/8C wrot flush bush
• Items Included: 1

KEY FEATURES

• Flush Reducing Design: Creates a seamless transition from 1/2 in FTG to 3/8 in C without added bulk
• Durable Wrot Copper Construction: Ensures long service life and excellent corrosion resistance
• Smooth Internal Bore: Maintains optimal water flow with minimal turbulence
• Solder‑Ready Ends: Designed for use with standard soldering methods in copper systems
• Compact Form Factor: Ideal for confined spaces, manifolds, and precision system layouts
• Versatile Applications: Suitable for potable water, hydronic systems, and HVAC piping

APPLICATIONS

• Residential Plumbing: Downsizing branches for fixtures or specialty components
• Commercial & Mechanical Systems: Space‑efficient transitions in equipment rooms and manifolds
• Hydronic Heating Loops: Reducing connections in radiant or baseboard circuits
• Industrial Installations: Reliable reductions within copper utility or process systems
• Retrofits & Repairs: Perfect for adapting existing copper lines to smaller‑diameter extensions