Copper sheet 0.2mm tape 50mm wide by the meter

BLACHA0.2CU_50 Copper sheet - strip - width 50 mm, thickness 0.2 mm - softElement type: strip

Material: copper

Width: 50mm

Thickness: 0.2mm

Structure: smooth surface

Grade: M1E

State of hardening: soft, according to EN: R200/R220, according to DIN: F20

Tensile strength Rm: 220 - 260 MPa

Unit of measure: running meter

Weight: 0.09kg/m

Copper sheet in grade M1E, referred to in the European standard as CuETP, is mainly used in the electrical and electrical engineering industry. Thanks to the copper content of 99.99%, it provides excellent conductivity. Copper sheet is mainly used to produce parts that serve as current conductors.

Copper tape (foil) of various thicknesses - price per running meter.

ATTENTION! Sale by running meters!

Cu-ETP - copper produced in the electrolytic refining process - cathodic melted. It is characterized by high thermal and electrical conductivity, has high plasticity and impact strength. Cu-ETP copper is susceptible to plastic processing (especially in the annealed state), it is susceptible to welding, brazing and soldering. Cu-ETP copper is very often used in industry - especially in the production of electrical and electronic components, in the production of cables and wires and in engineering applications.

Copper markings according to various standards:

EN: CW004A

ISO: Cu-ETP

DIN: E-Cu57/58

Wnr: 2.0060/2.0065

NFA FR: Cu-a1

UNS USA: C11000

BS GP old: C101

PN: M1E

Chemical composition of Cu-ETP (CW004A) (according to EN 573-1):

Cu : ≥99.9

Bi: ≤0.0005

O: ≤0.04

P: -

Pb: ≤0.005

Others total: ≤0.03

not included: Ag,O

Physical properties of Cu-ETP:

Density: 8.9 [g/cm3]

Melting point: 1083 [°C]

Specific heat at 20 °C: 394 [J/kgK]

Electrical conductivity: ≥100 [%IACS]/>, 58.00 mS/m

Thermal conductivity: 380-390 [W/mK]

Young's modulus: 117-127 [GPa]

Thermal expansion coefficient at 20°C: 17.7 [10-6/K]

Strength properties of Cu-ETP R:

Tensile strength Rm: 220-260 [MPa]

Elongation A: approx. 20-35 [%]

Hardness HV: 40.0 - 65.0