Pegler Xpress Water 90degrees Street Bend 66.7mm

Pegler Xpress Water 90° Street Bend 66.7mm Description

The Pegler Xpress Water 90° Street Bend 66.7mm from the Xpress Copper S12R Press-Fit range delivers a high-performance solution for directional changes in water systems. Designed with a press-fit x male end, this copper street bend is ideal for confined spaces where a compact connection is essential. With a heat-free installation method and robust construction, it is perfect for both domestic and commercial applications.

Key Features:

• 90° Street Bend (Press-Fit x Male End):
  Designed for use in tight spaces, this fitting allows for a smooth and compact change in direction by inserting directly into another fitting.

• Heat-Free Installation:
  No soldering or welding required – increases safety on-site and speeds up installation.

• Leak Before Press Feature:
  Unpressed joints will leak during testing, allowing for quick identification and correction before system commissioning.

• WRAS Approved & BSI Kitemark Certified:
  Fully compliant with UK standards for potable water systems, ensuring safe and reliable performance.

• Durable Copper Construction:
  Crafted from high-grade copper for long-term strength and excellent resistance to corrosion.

• Reduced Flushing Requirement:
  Clean internal bore design reduces the need for excessive flushing, streamlining system start-up.

• Suitable for Domestic & Commercial Use:
  Trusted for a wide range of applications, including residential builds, commercial developments, healthcare, and education sectors.

Why Choose Pegler Xpress?

• Quick & Reliable:
  Press-fit technology ensures consistent, secure joints without the need for heat or flux.

• Cost-Effective:
  Reduces installation time and labour costs.

• Industry Trusted:
  Pegler Xpress fittings are widely specified across the UK for their proven performance and regulatory compliance.

Choose the Pegler Xpress Water 90° Street Bend 66.7mm for a reliable, space-efficient, and regulation-compliant solution in modern water system installations.