ETP Copper Profile Section

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ETP Copper Profile Section Specification

Surface Treatment
Smooth / Mill Finish

Condition
New

Cross Dimension
Custom as per drawing

Finish
Smooth, Bright

Size
As per client specification

Product Type
Copper Profile Section

Shape
Rectangular, Square, Custom Profile

Strength
High conductivity, suitable for electrical applications

Hardness
45-60 HRB

Alloy
ETP Copper (Electrolytic Tough Pitch)

Grade
IS 191 / ASTM B187 / Cu-ETP

Length
Customizable up to 6 meters

Width
10 mm to 300 mm

Thickness
2 mm to 50 mm

Color
Reddish Brown

Lead Time
2-4 weeks for custom sections

Application
Electrical, Switchgear, Busbars, Transformers, Panel Boards

Electrical Conductivity
Min. 97% IACS

Standards
ASTM B187, IS 191

Elongation
Minimum 35%

Production Technique
Extruded & Drawn

MOQ
As per company policy

Packaging Type
Wooden crates / Bundles

Purity
Min. 99.90% Cu

Tensile Strength
Up to 250 N/mm2

About ETP Copper Profile Section

Introducing our Ultimate ETP Copper Profile Section-crafted for those seeking monumental performance in electrical applications. With a stunning purity of min. 99.90% Cu and wondrous electrical conductivity of min. 97% IACS, it stands out in demand for critical uses such as switchgear, busbars, transformers, and panel boards. Get It Now in customized sizes and shapes-rectangular, square, or bespoke profiles-achieving remarkable tensile strength up to 250 N/mm2. Enjoy smooth, bright finishes and premium quality, packaged securely in wooden crates or bundles. Grab Yours before stock runs out!

Competitive Advantages & Material Features of ETP Copper Profile Section

Our ETP Copper Profile Section is distinguished by its high conductivity, robust mechanical properties, and supreme reliability. Engineered from Electrolytic Tough Pitch copper (ETP grade IS 191 / ASTM B187), it provides an elongation of at least 35% and impressive hardness, thus ensuring both flexibility and strength. Used extensively in the electrical industry, it is the preferred choice for busbars, switchgear, transformers, and panel boards, delivering consistent performance across all demanding environments.

Export Market, Supply Ability & Packaging for ETP Copper Profile Section

We export our ETP Copper Profile Section to major markets such as Asia, the Middle East, Africa, and Europe. Stock is ready and the supply ability meets substantial demand, supporting both regular and bulk orders. Quotation on request and sale price options are available. Custom orders feature a swift lead time of 2-4 weeks. All profiles are securely packed in sturdy wooden crates or bundles, ensuring safe delivery and excellent presentation upon arrival.

FAQ's of ETP Copper Profile Section:

Q: How does the high purity of ETP Copper Profile Section benefit electrical applications?

A: The minimum 99.90% copper purity ensures exceptional electrical conductivity (minimum 97% IACS), reducing energy loss and providing optimal performance in applications like busbars and switchgear.

Q: What is the production process for custom ETP Copper Profile Sections?

A: Custom ETP Copper Profile Sections are produced using extruded and drawn manufacturing techniques, allowing for precise shapes and dimensions based on your technical drawings or specifications.

Q: When can I expect delivery after placing a custom order?

A: Lead time for custom ETP Copper Profile Sections typically ranges from 2 to 4 weeks, depending on complexity and volume of the order.

Q: Where are the main application areas for this copper profile section?

A: These sections are widely used in electrical systems including transformers, panel boards, switchgear, and busbars due to their high mechanical strength and electrical conductivity.

Q: What packaging methods are used to ensure product safety?

A: ETP Copper Profile Sections are securely packaged in robust wooden crates or bundled together to prevent damage during transit and to facilitate safe handling upon delivery.

Q: How does customizing size benefit my project?

A: Custom length, width, thickness, and profile shapes ensure optimal fitting, reduce wastage, and help maximize both performance and efficiency for your unique application.

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