Value Collection 18871 Seamless Alloy Steel Tube 3/16 Od

Product Description

The VALUE COLLECTION 18871 is a seamless 1010 alloy steel tube designed for precision fluid transfer, structural, and instrumentation applications common in HVAC, plumbing, and industrial service work. The tube measures 6 feet in length with a 3/16 inch outside diameter, a 0.035 inch wall thickness, and an inside diameter of 0.118 inches. The seamless construction eliminates weld seams, providing consistent wall thickness and improved pressure integrity throughout the tube length. Trades professionals select seamless tubing for applications where dimensional consistency and material reliability are critical to system performance.

This tube is suited for residential and light commercial applications including refrigerant line fabrication, hydraulic pilot lines, instrument sensing lines, and general-purpose fluid conveyance. The 1010 alloy steel grade offers good machinability and bendability, making it practical for field fabrication tasks where the tube must be cut, bent, or flared on site. Each package contains one 6-foot length, and orders must be placed in multiples of three.

Key Features

• Seamless construction for uniform wall thickness and pressure integrity
• 1010 alloy steel grade offers good machinability and field formability
• 3/16 inch outside diameter with 0.035 inch wall thickness for compact line runs
• 6-foot length suitable for common field fabrication cuts
• Inside diameter of 0.118 inches for predictable flow and fitting compatibility

Compatibility

Designed as a general-purpose seamless alloy steel tube for use in refrigeration, instrumentation, hydraulic, and fluid transfer systems requiring 3/16 inch OD tubing.

Installation Notes

Installation should be performed by a qualified HVAC technician, plumber, or pipefitter in accordance with applicable codes including ASME B31.3 or IFGC as relevant to the application. Shut off all system pressure and isolate the line before cutting or connecting. Use appropriate tube cutters, deburring tools, and flaring or compression fittings rated for the material and working pressure. Avoid sharp bends below the minimum bend radius to prevent wall distortion or collapse.