Answering a buyer’s search for ASTM B280 copper tubes, these 5 products are notable for refrigeration and HVAC projects. The best choice depends on your system size and bending needs: larger diameter tubes for bigger condensers, smaller tubes for compact runs, and longer coils for extended installations. This guide highlights who each tube suits, with practical pros and a caution for installation limits. A quick summary follows to compare core specs at a glance.
| Product | OD × ID | ||
|---|---|---|---|
| GOORY 3/8″ OD x 0.328″ ID (50 ft) | 3/8″ × 0.328″ | 50 ft | Mid-size refrigeration runs, flexible coil use |
| GOORY 1/4″ OD x 0.195″ ID (10 ft) | 1/4″ × 0.195″ | 10 ft | Small appliances and tight spaces |
| GOORY 3/4″ OD x 0.687″ ID (50 ft) | 3/4″ × 0.687″ | 50 ft | Large system condensers and long runs |
| GOORY 1/4″ OD x 0.187″ ID (50 ft) | 1/4″ × 0.187″ | 50 ft | General purpose DIY and repairs |
| BELLA BAYS 3/8″ OD x 0.320″ ID (50 ft) | 3/8″ × 0.320″ | 50 ft | Flexible, corrosion-resistant tubing for HVAC |
GOORY 3/8″ OD x 0.328″ ID, 50 Ft Coil
Specification: Annealed UNS C12200 seamless copper, 3/8″ OD × 0.328″ ID, wall 0.024″, 50 ft. This tube adheres to ASTM B280, offering good flexibility for easy installation, strong thermal conductivity, and durable corrosion resistance. Nitrogen-filled during production reduces impurities and oxidation, extending service life in air conditioners, coolers, and refrigerators.
Best for: Mid-size refrigeration lines and DIY HVAC projects where a longer 50 ft coil is convenient. Choose this if you need a balance of flexibility and diameter for mid-range systems. Caution: ensure the wall thickness and diameter align with your system’s connectors and fittings.
GOORY 1/4″ OD x 0.195″ ID, 10 Ft Coil
Specification: UNS C12200 seamless copper, 1/4″ OD × 0.195″ ID, wall 0.028″, length 10 ft. Meets ASTM-B280 with nitrogen-filled tubes for reduced impurities and improved oxidation resistance. It offers good bending and installation ease, suitable for compact circuits and small appliances.
Best for: Small, tight installations like compact refrigeration lines or DIY repairs. Better for shorter runs than longer coiled sections. Caution: short length may require more joints and fittings in complex systems.
GOORY 3/4″ OD x 0.687″ ID, 50 Ft Coil
Specification: UNS C12200 seamless copper, 3/4″ OD × 0.687″ ID, wall 0.031″, 50 ft. ASTM B280 compliant, with nitrogen charging to reduce impurities and resist oxidation. Notable for high flow capability and durability in larger refrigerant circuits.
Best for: Large-scale HVAC systems or long condenser runs where higher diameter is needed. Choose this if your project demands greater internal volume. Caution: the larger diameter requires appropriate fittings and space for bending.
GOORY 1/4″ OD x 0.187″ ID, 50 Ft Coil
Specification: UNS C12200 seamless copper, 1/4″ OD × 0.187″ ID, wall 0.031″, 50 ft. Follows ASTM B280, nitrogen-filled to minimize impurities and oxidation. This tube offers a balance of manageable diameter and adequate length for practical DIY and service work.
Best for: General purpose refrigeration projects and repairs where a standard 1/4″ line is common. Caution: ID is small; ensure fittings match your connector sizes and refrigerant pressures.
BELLA BAYS 7/8″ OD x 0.796″ ID, 50 ft
Specification: UNS C12200 copper, 7/8″ OD × 0.796″ ID, wall 0.039″, seamless coil, 50 ft. Meets ASTM-B280, with nitrogen charging to deter oxidation and condensation. It provides strong thermal performance and durability in large-chassis systems.
Best for: Large air conditioning and refrigeration applications needing higher flow and robust corrosion resistance. Better for long, uninterrupted runs. Caution: This large diameter requires careful handling and more space for bending.
BELLA BAYS 3/8″ OD x 0.320″ ID, 50 ft
Specification: UNS C12200 Copper, 3/8″ OD × 0.320″ ID, wall 0.028″, 50 ft. Seamless coil, ASTM-B280 compliant, nitrogen-charged to reduce oxidation and impurities. Designed for flexible HVAC runs with reliable sealing and corrosion resistance.
Best for: Medium to large HVAC runs requiring a balance of diameter and length. Avoid this if your system uses smaller fittings that cannot accommodate the 0.320″ ID.
TAUROX 50 Ft 1/4 OD Copper Tubes
Specification: 1/4″ OD copper, 0.25″ ID, 50 ft, 99.9% pure C12200, seamless, ASTM B280 compliant. Nitrogen-charged to minimize oxidation and impurities; designed for easy bending and installation.
Best for: DIY projects and service work where 1/4″ lines are standard. Better for shorter runs than large-diameter options. Caution: ensure compatibility with your system’s refrigerant and fittings.
Buying Guide
What should I consider before buying ASTM B280 copper tube?
- Diameter needs: Choose OD and ID that match your system fittings and refrigerant flow requirements.
- Length: Select coil length to minimize joints but fit your installation space and routing challenges.
- Wall thickness: Thicker walls offer higher resistance to pressure and corrosion, but require larger fittings and more bending space.
- Alloy and standards: Look for UNS C12200 copper and ASTM B280 compliance for reliable thermal performance and durability.
- Manufacturing quality: Nitrogen charging and pressure testing are signs of impurity control and strength.
- Installation handling: Flexible coils are easier to route; consider your ability to make clean bends without kinking.
How to choose by application
- Small DIY projects: 1/4″ OD tubes are common for compact appliances and repairs.
- Medium HVAC runs: 3/8″ OD offers a balance of flow and flexibility.
- Large systems: 3/4″ OD and larger provide higher flow for condensers and long runs.
Installation tips
- Use compatible fittings and proper tubing cutters to avoid deformation.
- Ensure proper nitrogen test or pressure test procedures as specified for your tubing.
- Protect exposed ends from oxidation during storage and assembly.
FAQ
- What does ASTM B280 cover? It covers seamless copper refrigeration and air conditioning tubing used in HVAC systems.
- Is nitrogen charging important? It helps reduce impurities and oxidation, extending service life.
- What diameter should I choose? Pick diameter based on system design, pressure, and fitting availability.
- Can I bend these tubes by hand? Some tubes bend easily, but use proper tools to avoid kinks and leaks.
- Are these suitable for DIY? Yes, many coils are marketed for DIY installation, with sizes matching common connectors.
- How long should a coil be stored? Store in a dry environment and keep connections protected to prevent contamination.