Copper Sheet and Plate

Cu-ETP and Cu-DHP copper sheet and plate. High-conductivity Cu-ETP for electrical and busbar work; Cu-DHP for welding, brazing and forming. We supply a range of tempers from soft to hard.

Grades and sizes

Cu-ETP · CW004A

Cu-ETP

Electrolytic tough pitch copper sheet. With a conductivity of at least 58 MS/m (100% IACS) in the soft condition, it is used for busbars, earthing plates, switchgear and transformer parts and EDM electrodes. Because it contains oxygen, Cu-DHP is the better choice for welded and brazed fabrication.

INTERNATIONAL EQUIVALENTS

EN CW004A · DIN 2.0060 · UNS C11000 · BS C101
Sheet standards: EN 1652 · electrical purposes: EN 13599

Cu-DHP · CW024A

Cu-DHP

Phosphorus-deoxidised copper sheet. It resists hydrogen embrittlement during welding and brazing and is preferred for roofing and façade cladding, boilers, heat exchangers, deep drawing and bending. Its conductivity is lower than that of Cu-ETP (min. 46 MS/m in the soft condition).

INTERNATIONAL EQUIVALENTS

EN CW024A · DIN 2.0090 · UNS C12200 · BS C106
Sheet standards: EN 1652 · building (roofing and façades): EN 1172

TEMPER: Soft · Quarter-hard · Half-hard · Hard
STANDARD SHEET SIZES: 660 × 2000 · 1000 × 2000 mm
THICKNESS AND CUT SIZES: 0.50–40 mm. For sheet under 5 mm thick, the minimum cut size is 1000 × 1000 mm, or 660 × 500 mm from 660 mm wide sheet.

For large-quantity orders, other cut sizes are possible.

Tempers

EN 1652 values (thickness 0.2–5 mm): material condition designation and tensile strength. Material over 5 mm thick is supplied as R200.

TEMPER	EN 1652 DESIGNATION	TENSILE STRENGTH	TYPICAL USE
Soft (annealed)	R220 · H040	220–260 N/mm²	Deep drawing, bending, forming
Quarter-hard	R240 · H065	240–300 N/mm²	Light forming, general purpose
Half-hard	R290 · H090	290–360 N/mm²	Busbars, blanking
Hard	R360 · H110	min. 360 N/mm²	Flat parts that will not be formed

Request a quote on WhatsApp Calculate weight ↓Request technical data

Chemical composition, mechanical properties and material certificates are available on request.

Copper sheet and plate weight calculator

Calculate the weight from the size, or the number of sheets needed for a target weight. Your selections are added to the quote message automatically.

GRADE

TEMPER

SIZE · STANDARD OR CUSTOM

ThicknessmmWidthmmLengthmmQuantitypcs

Cu-ETP: calculated with a density of 8.9 g/cm³.

TOTAL THEORETICAL WEIGHT

35.60 kg

35.60 kg per piece · quantity: 1

Order terms: For sheet under 5 mm thick, the minimum cut size is 1000 × 1000 mm, or 660 × 500 mm from 660 mm wide sheet. This is a theoretical weight; we invoice on the actual weight as weighed.

YOUR MESSAGE

Hello, I would like a quote for Copper Sheet and Plate (Cu-ETP, half-hard).
Size: 2 × 1000 × 2000 mm, quantity: 1 (theoretical ~35.60 kg)

Request a quote for this size on WhatsApp or send by e-mail →

For other copper sizes, weight-per-metre tables and densities, see the Copper weight calculator →

Applications

Switchboard busbars and connections
Earthing plates
Roofing, façades and decorative cladding (Cu-DHP)
Electrical discharge machining (EDM) electrodes
Heat exchanger and boiler parts
Radio-frequency (RF) shielding

Frequently asked questions

Should I choose Cu-ETP or Cu-DHP?

Cu-ETP is preferred where electrical conductivity matters (busbars, switchgear, earthing); its conductivity is at least 58 MS/m in the soft condition. Cu-DHP is the right choice if the material is to be welded, brazed or hot formed: because it is deoxidised with phosphorus, it resists hydrogen embrittlement. If you are unsure, it is enough to tell us the application and we will work out the right grade with you.

What sizes do you supply?

Our standard sheet sizes are 660 × 2000 and 1000 × 2000 mm, in thicknesses of 0.50–40 mm. Custom sizes are supplied from stock or cut to size, depending on the dimensions and quantity.

What are the designations for Cu-ETP and Cu-DHP?

Cu-ETP: EN CW004A, DIN 2.0060, UNS C11000, BS C101. Cu-DHP: EN CW024A, DIN 2.0090, UNS C12200, BS C106. Any of these designations can be used in your enquiry; we will match the correct material.

Why can the invoiced weight differ from the calculated weight?

The calculator gives the theoretical weight. The actual weight varies with dimensional tolerances and cutting allowance; we invoice on the actual weight as weighed.

What information should I send for a quote?

We only need the grade, temper, size (thickness × width × length), quantity and delivery location. If you fill in the calculator above, these details are added to the WhatsApp message automatically.