Pegler Xpress Water Female Branch Tee 54x1/2"

Pegler Xpress Water Female Branch Tee 54x1/2" Description

The Pegler Xpress Water Female Branch Tee 54x1/2" is a large-capacity copper press-fit fitting designed for creating a robust T-junction with a ½" BSP parallel female threaded outlet. Featuring two 54mm press-fit connections, this fitting is ideal for use in large-scale water installations, offering a safe, heat-free alternative to traditional jointing methods.

Key Features:

• Female Branch Tee Configuration (54mm x ½" BSP):
  Combines two 54mm press-fit ends with a ½" BSP female thread—ideal for connecting to threaded taps, valves, or system accessories.

• Heat-Free Press-Fit Installation:
  Allows for quick, flame-free installation, eliminating the need for soldering, flux, or hot work permits.

• Leak Before Press Feature:
  Improves installation confidence by allowing detection of unpressed joints during system pressure testing.

• WRAS Approved & BSI Kitemarked (Range-Wide):
  Suitable for use in potable water systems and fully compliant with UK industry standards.

• High-Quality Copper Construction:
  Built from corrosion-resistant copper to ensure long-lasting performance and durability, even in demanding environments.

• Versatile Use:
  Designed for domestic, commercial, and industrial systems—suitable for water applications.

• Pegler Xpress System Compatible:
  Integrates seamlessly with the full Pegler Xpress copper press-fit range, including super sizes for large-scale projects.

Why Choose Pegler Xpress?

• Efficient & Professional Installation:
  Significantly reduces labour time and eliminates risks associated with hot works.

• Proven Reliability:
  Trusted throughout the UK building services sector for high performance and consistent quality.

• System Flexibility:
  Suitable for a wide range of applications and fully compatible with all Pegler Xpress copper press fittings.

Choose the Pegler Xpress Water Female Branch Tee 54x1/2" for a regulation-compliant, time-saving solution that delivers strength, safety, and versatility across high-capacity water systems