CASH ACME SHARKBITE UPP454Z PEX PRESS POLY TEE 3/4 IN x 1/2 IN x 1/2 IN REDUCING TEE

Engineered for precision and reliability, this SharkBite PEX Press Poly Tee provides a durable solution for branching smaller distribution lines from a main run. Built using advanced polymer construction, this fitting integrates seamlessly into PEX press systems, offering consistent flow performance and long-term corrosion resistance. Ideal for professional-grade plumbing installations, it ensures strong, leak-resistant joints when used with compatible press tools.

DETAILS

• Manufacturer: Cash Acme SharkBite
• Model Number: UPP454Z
• Product Type: Reducing PEX Press Poly Tee
• Connection Configuration: 3/4 in run x 1/2 in branch x 1/2 in branch
• Package Quantity: 1 piece per package
• Package Contents: One reducing poly press tee fitting 3/4 in x 1/2 in x 1/2 in
• Compatibility: Designed for PEX press system installations
• Installation Method: Requires compatible PEX press tool for secure connections
• Design Type: Reducing tee for dual branch distribution
• Reusability: Permanent connection not intended for reuse once pressed

KEY FEATURES

• Color: Black
• Size: 3/4 in x 1/2 in x 1/2 in
• Dimensions: Fits standard PEX tubing sizes 3/4 in and 1/2 in
• Material: High strength engineered polymer construction
• Series: PEX Press
• Connection Type: Press connection system for secure sealing
• Temperature Rating: Up to 200 F
• Pressure Rating: Up to 160 psi
• Corrosion Resistance: Non metallic material resists scale and chemical degradation
• Lead Free Design: Safe for potable water systems
• Performance: Provides consistent flow with minimized pressure loss
• Installation Efficiency: Designed for fast installation using press tools
• Warning: Not intended for compressed air or gas systems

APPLICATIONS

• Residential potable water plumbing systems
• PEX press hot and cold water distribution lines
• Branch line creation from a larger main supply line
• Remodel and retrofit plumbing installations
• New construction plumbing systems
• Indoor water delivery networks