Poly Reducing Coupling

Poly Reducing Coupling – Black Polyethylene (PE)

Black Polyethylene Reducing Couplings (sockets) are designed to connect BSP threaded pipes or fittings of different sizes securely. Manufactured from high-quality polypropylene, these fittings are durable, lightweight, and resistant to corrosion, chemicals, and UV exposure—ensuring long-lasting performance for both plumbing and irrigation systems.

Made to AS/NZS 4020 standards, these reducing couplings are suitable for residential, commercial, and irrigation applications. Many brands also hold WaterMark approval, ensuring compliance with Australian plumbing regulations.

Key Features

• Durable Polypropylene Construction – Provides long-lasting strength and reliability.
• Reducing Connection – Connects two BSP threaded pipes or fittings of different sizes.
• Chemical & UV Resistant – Performs well in outdoor and industrial applications.
• BSP Thread Compatibility – Female x Female threads designed for secure connections.
• High Pressure Ratings – Supports up to PN16 depending on size.
• WaterMark Approved (many brands) – Ensures Australian plumbing compliance.
• Easy Installation – Works best with white Teflon thread sealant.
• Versatile Applications – Suitable for plumbing, irrigation, and mains water systems (licensed plumber required).

Specifications

• Material: Black Polyethylene (PE) / Polypropylene
• Thread Type: BSP (British Standard Pipe) – Female x Female
• Shape: Reducing Coupling
• Pressure Ratings:
• Up to PN16 (1600 kPa / 235 psi) for sizes up to 2"
• PN12 (1200 kPa / 175 psi) for 2-1/2"
• PN10 (1000 kPa / 145 psi) for 3" and 4"
• Sizes Available: 12mm to 50mm (see variants below)
• Sealant Recommendation: White Teflon tape

Variants (SKU – Size)

• PBF050 — 20mm FF x 12mm FF
• PBF051 — 25mm FF x 20mm FF
• PBF051A — 32mm FF x 25mm FF
• PBF051R — 40mm FF x 25mm FF
• PBF052 — 32mm FF x 40mm FF
• PBF052R — 25mm FF x 50mm FF
• PBF053 — 50mm FF x 40mm FF

Note: Always use a licensed plumber when connecting fittings to mains water supply.