3/8″ (.375″) Copper Square Bar (Alloy 110 – ETP) – High Conductivity Copper Bar

3/8" (.375") Copper Square Bar (Alloy 110 – ETP) – High Conductivity Copper Bar

3/8″ (.375″) Copper Square Bar (Alloy 110 – ETP) – High Conductivity Copper Bar

Price range: $33.99 through $93.94

Part#: CSQ38 Categories , ,
DESCRIPTION

3/8″ (.375″) Copper Square Bar (Alloy 110 – ETP) is a premium high-conductivity copper bar designed for electrical, industrial, and architectural applications. Manufactured from Alloy 110 (Electrolytic Tough Pitch Copper), this material offers exceptional electrical and thermal conductivity along with excellent corrosion resistance.

With a minimum of 99.9% copper content, Alloy 110 is one of the most widely used copper grades, making it ideal for applications where conductivity and reliability are critical. Its square profile provides uniform strength and is easy to machine, form, and solder.

Key Features

  • Made from Alloy 110 (ETP Copper)
  • 3/8″ x 3/8″ square bar
  • Excellent electrical and thermal conductivity
  • High corrosion resistance
  • Easy to machine, form, and solder
  • Clean, smooth surface finish

Common Applications

  • Electrical components and bus bars
  • Grounding systems and connectors
  • Decorative and architectural elements
  • Industrial fabrication
  • Heat transfer components

This copper square bar is available in multiple lengths with cut-to-size options, allowing you to order exactly what your project requires.

* Prices subject to change without notice due to the Metals Market fluctuations. | All ‘value length’ and ‘value pack’ item measurements are subject to a “mill tolerance”. | A product may be produced several thousandths of an inch, either over or under the stated thickness, and still be within “mill tolerance”. Since we cut the material specifically for your order, they follow these tolerances: Length: +0.125″ / -0.062” – Please note that during cutting, the blade removes about 1/16″ of material (kerf). This is a normal part of the process and is already considered within the stated tolerances.