3/4" ID x 60' Copper Tubing, Soft Coil, Type K

Streamline KS06060 – 3/4" x 60' Type K Soft Copper Coil for Water Service Applications The Streamline KS06060 is a 60-foot coil of Type K soft copper tubing designed for water service lines and other demanding underground or direct burial applications. With a nominal inside diameter of 3/4", outer diameter of 7/8", and a wall thickness of 0.065", this tubing delivers the strength and flexibility required in high-pressure plumbing systems. Manufactured to meet ASTM B88 standards, this Type K tubing offers the thickest wall of the common copper tube types, making it suitable for high-pressure systems and long-term performance. The soft coil design enables easier manipulation and bending on-site without requiring excessive fittings. Product Highlights: Type K Copper Tubing – Heaviest wall thickness among standard copper types, ideal for underground water supply lines. Flexible Soft Coil – Facilitates installation with fewer joints and directional fittings. Standard Dimensions – 3/4" nominal ID, 7/8" OD, 0.065" wall thickness. Pressure Rating – Rated for working pressures up to 724 psig. Temperature Range – Designed for continuous operation up to 150°F. Markings – Incised and color-coded for permanent identification and code compliance. Certifications – Produced in compliance with applicable NSF and ASTM specifications. Technical Data: Tubing Type: Type K (Soft) Material: Seamless copper Size: 3/4" ID x 7/8" OD Length: 60 feet Wall Thickness: 0.065" Working Pressure: Up to 724 psig Max Operating Temp: 150°F Applicable Standards: ASTM B88; NSF certified for potable water applications Installation Notes: This product is suitable for use in underground water distribution and service piping. Soft coils should be unrolled carefully to maintain shape and prevent kinks. Installers must follow local code requirements and approved joining methods, such as brazing or flaring. Ensure all bends comply with minimum radius recommendations to prevent collapse or weakening of the tubing.