1-1/2" ID x 60' Copper Tubing, Soft Coil, Type K

Streamline KS14060 Type K Copper Tubing – 1-1/2" ID x 1-5/8" OD x 60' Coil Streamline KS14060 is a 60-foot coil of soft-drawn Type K copper tubing with a nominal inner diameter of 1-1/2 inches and an outer diameter of 1-5/8 inches. This product is designed for use in pressure systems where maximum wall thickness and corrosion resistance are critical. Type K tubing is commonly specified for underground water service lines, HVAC refrigerant lines, and general plumbing installations requiring a high-integrity copper product. It is manufactured to meet applicable ASTM and ANSI standards and is certified for use in a variety of commercial, industrial, and residential settings. Key Features: Tube Type: Type K (soft coil) copper tubing for high-pressure applications Material: Seamless copper, suitable for use with flared, brazed, or compression fittings Wall Thickness: Heavy wall for added strength and durability in demanding conditions Identification: Incised marked and color-coded to denote tube type and size according to industry specifications Temperature Rating: Functional between 32°F and 400°F (0°C to 204°C), accommodating both hot and cold service lines Applications: Approved for use in potable water distribution, hydronic heating systems, and HVAC installations Standard Compliance: Manufactured to ASTM B88 and NSF/ANSI 61 where applicable Product Specifications: Type: Type K soft-drawn coil Size: 1-1/2" nominal ID x 1-5/8" OD Length: 60 feet Operating Temp Range: 32°F to 400°F Certifications: ASTM B88 compliant; NSF listed for potable water applications Installation Considerations: This tubing is intended for professional-grade installations. Type K soft coils are ideal for applications requiring flexible routing with fewer fittings. Proper handling techniques, code compliance, and the use of appropriate joining methods—such as brazing or flaring—are essential for performance and code adherence. Field bending must be performed with care to avoid kinks or wall distortion.