3/4 inch PEX Brass Insert Coupling Crimp x Crimp

Precision-Engineered 3/4 Inch PEX Brass Insert Coupling – Crimp Connection

The 3/4 inch PEX Brass Insert Coupling from Sioux Chief is built for consistent, high-performance connections in potable water and hydronic distribution systems. Manufactured from lead-free brass, this coupling meets ASTM F1807 and F877 standards for PEX installations and is compatible with crimp ring and clamp connection systems.

Performance Benefits

• ✅ Lead-Free Brass Composition – Ensures compliance with federal Safe Drinking Water Act standards and supports long-term corrosion resistance in potable water lines.
• ✅ Crimp x Crimp Configuration – Provides a secure mechanical connection compatible with ASTM F1807 tools and components.
• ✅ Reliable Sealing – Precision-machined barbs promote a tight seal with PEX tubing, reducing the risk of blowouts or movement under pressure.

Advantages for Field Installation

• ✅ Fast Integration – Ideal for branch line connections and transitions in both residential and commercial piping systems.
• ✅ Tool-Compatible – Installs with standard ASTM-compliant crimp tools and copper crimp rings or stainless clamp rings.
• ✅ Reduced Leak Potential – Maintains pressure integrity through robust fit and long-wearing brass material.

Applications

This coupling is commonly used in cross-linked polyethylene (PEX) installations for cold and hot water distribution, radiant heating loops, and service piping. It’s designed to accommodate tight-space repairs and join runs of identical tubing diameter.

Technical Specifications

• Size: 3/4 inch nominal PEX
• Material: Lead-free brass (No-lead alloy per NSF/ANSI 61 & 372)
• Connection Type: Crimp (barbed insert ends)
• Standards Compliance: ASTM F1807, NSF/ANSI 61, NSF/ANSI 372, CSA B137.5

Note:

All Sioux Chief fittings are subject to rigorous quality assurance testing to ensure consistency in size and performance. For optimal results, ensure tubing and rings are properly aligned during crimping to prevent deformation or joint failure.