JMF COMPANY 3/4C X 1/2C X 1/2C WROT TEE BAR

The JMF Company 3/4C x 1/2C x 1/2C Wrot Tee BAR is a high‑quality reducing copper tee engineered for efficient distribution and branching within copper tubing systems. Built from premium wrot copper, this tee offers excellent corrosion resistance, uniform wall thickness, and dependable structural strength suited for potable water, hydronic heating, and commercial plumbing installations.

Designed with one 3/4 in solder‑cup inlet and two 1/2 in solder‑cup outlets, this tee provides a smooth, balanced reduction, making it ideal for transitioning from a larger supply line to smaller branch circuits. Its BAR‑series construction ensures consistent solderability, clean fitment, and long‑term reliability in any copper piping system.

DETAILS

• Model Number: 2546012080802
• Product Name: 3/4C x 1/2C x 1/2C Wrot Tee BAR
• Manufacturer: JMF Company
• Material: Wrot copper
• Color: Copper
• Dimensions: Approx 2.0 in x 1.4 in
• Connection Size Branch 1: 3/4 in
• Connection Size Branch 2: 1/2 in
• Connection Size Branch 3: 1/2 in
• Series: BAR
• Package Contents: One 3/4C x 1/2C x 1/2C wrot tee BAR
• Items Included: 1

KEY FEATURES

• Reducing Triple‑Branch Tee: Enables branching from a 3/4 in main to dual 1/2 in lines
• Wrot Copper Body: Ensures long‑lasting durability and corrosion resistance
• Uniform Solder Cups: Delivers strong, leak‑resistant soldered joints
• Smooth Interior Flow Path: Reduces turbulence and maintains system efficiency
• Versatile Usage: Works in potable water, hydronics, HVAC, and general copper piping
• BAR‑Series Precision: Consistent dimensions for reliable installation and performance

APPLICATIONS

• Residential Water Distribution: Reducing branches to fixtures from 3/4 in supply trunks
• Commercial Plumbing: Multi‑branch distribution in mechanical spaces
• Hydronic Heating: Loop branch takeoffs requiring reduced sizing
• Industrial Copper Systems: Utility piping requiring size transition and distribution
• Retrofits & Upgrades: Ideal for expanding or modifying existing copper piping systems