ELECTRAPICK Copper Tubing 5/8 in OD x 25 ft - Refrigeration & HVAC

In this review the ELECTRAPICK copper tubing is evaluated for HVAC, refrigeration and DIY use; it is best for installers and hobbyists who need a long, seamless coil with consistent thermal performance. The single biggest reason to consider this tube is its combination of length and material: 25 ft of C12200 copper with a smooth, seamless finish that promotes reliable heat transfer and corrosion resistance. The review examines build quality, handling, and common user concerns so buyers know what to expect on installation and in long-term applications.

Key Features

• Dimensions: The 5/8 in outer diameter and 35/64 in inner diameter provide a predictable cross section for many air conditioning and refrigeration connections, reducing the need for adapters.
• Length: A full 25 ft coil gives installers and fabricators ample material for runs, bends and repairs without frequent splicing, saving time on site.
• Material quality: Made from C12200 copper, the tubing offers strong thermal conductivity and natural resistance to corrosion for sustained refrigeration performance.
• Seamless construction: The round, seamless pipe surface is smooth and consistent, which helps prevent weak points and eases brazing or soldering during assembly.
• Workability: With a 0.7 mm wall thickness the tube is flexible enough to cut and bend into elbows or custom shapes while maintaining structural integrity under typical HVAC pressures.
• Versatility: Beyond refrigeration, this tubing suits HVAC piping, ACR systems, electrical grounding tasks and DIY craft or model work where copper conductivity and appearance matter.

Who It's For

This product is aimed at HVAC technicians, refrigeration repair professionals and experienced DIYers who need a long run of soft copper that can be shaped and joined on site. Its 25 ft coil and seamless C12200 copper make it appropriate for appliance repair, small air conditioning installs and custom fabrications where thermal performance is important.

Those who should look elsewhere include users who require thicker-walled high-pressure tubing or preformed rigid lines with fittings already attached; also, if kink resistance is critical for very tight bends, heavier gauge or annealed specialty tubing may be a better choice.

Pros & Cons

Pros

• Good thermal and electrical conductivity from C12200 copper aids refrigeration efficiency and heat transfer.
• Long 25 ft coil reduces the need for joints and gives flexibility for varied projects.
• Seamless, smooth surface simplifies soldering and delivers consistent performance across runs.
• Thin 0.7 mm wall balances bendability with strength for common HVAC tasks.

Cons

• Some users report occasional kinking in handling, so care is required during tight bends or long pulls.
• Wall thickness is moderate; not intended for extreme high-pressure industrial applications without verifying system requirements.

Specifications

Outer diameter	5/8 in (15.88 mm)
Inner diameter	35/64 in (approx 14.48 mm)
Length	25 ft (7620 mm)
Wall thickness	0.7 mm / 0.028 in
Material	C12200 pure copper
Construction	Round seamless tube

Our Verdict

The ELECTRAPICK 5/8 in copper tubing is a practical choice for HVAC technicians and skilled DIYers who need a long, workable coil of C12200 copper with good heat transfer and corrosion resistance. It represents solid value when used within typical refrigeration and air conditioning pressures, though installers should handle it carefully to avoid kinks on tight bends.

Frequently Asked Questions

Can this tubing be brazed or soldered?
Yes. The seamless C12200 copper surface is suitable for brazing or soldering common to refrigeration and HVAC joints.

Is the tube suitable for high-pressure refrigeration lines?
The 0.7 mm wall is standard for many ACR tasks, but verify system pressure requirements; heavier wall tubing may be needed for very high-pressure applications.

Will this tubing kink when bending?
It is soft and bendable for common HVAC bends, but some users report kinks if handled roughly or bent too tightly; use bending tools for tight radii.