JMF COMPANY 3/4FTG X 1/2C WROT FLUSH BUSHING BA

The JMF Company 3/4FTG x 1/2C Wrot Flush Bushing BA is a precision‑engineered copper flush bushing designed to provide a clean, compact, and secure reduction from a 3/4 in FTG (female‑tapped) connection to a 1/2 in copper tube size. Made from high‑grade wrot copper, this fitting offers excellent corrosion resistance, reliable solderability, and long‑term durability suited for potable water, hydronic heating, and general mechanical piping applications.

Its flush‑mount design ensures a neat and minimal‑profile transition, making it ideal for tight installations, manifold assemblies, and places where protrusion must be minimized. The BA series designation reflects consistent manufacturing tolerances and high‑quality copper material standards.

DETAILS

• Model Number: 2514012089802
• Product Name: 3/4FTG x 1/2C Wrot FL Bush BA
• Manufacturer: JMF Company
• Material: Wrot copper
• Color: Copper
• Dimensions: Approx 1.2 in x 0.9 in
• Connection Size Inlet: 3/4 in FTG
• Connection Size Outlet: 1/2 in C
• Series: BA
• Package Contents: One 3/4FTG x 1/2C wrot FL bush BA
• Items Included: 1

KEY FEATURES

• Flush Bushing Design: Provides a compact, low‑profile copper reduction
• High‑Strength Wrot Copper: Delivers superior corrosion resistance and long service life
• Smooth Internal Flow Path: Minimizes turbulence and maintains system flow efficiency
• Solder‑Ready Fitment: Compatible with standard copper soldering processes
• Space‑Efficient Profile: Ideal for tight‑clearance installations and manifold applications
• BA Series Quality: Ensures uniform tolerances and dependable installation performance

APPLICATIONS

• Residential Water Distribution: Reductions for fixture supply lines and manifold feeds
• Commercial Plumbing: Precision reduction points in mechanical and utility rooms
• Hydronic Heating: Loop or manifold size transitions for radiant systems
• Industrial Piping: Copper utility or process lines requiring compact size reduction
• System Retrofits: Perfect for adapting existing copper networks with minimal intrusion