Technical Information

Calculate a Die Series

calculate a Die Series for your machine

Number of Dies

Decimal value greater than 0 (Always Positive)

elongation %

Decimal value greater than 0 (Always Positive) TO be shown in %

final Diameter (in mm)

Decimal value greater than 0 (Always Positive)

Name of the Machine

Please enter the name of the manufacturing of this model.

Production Formulae

Need Help with calculating metrics for your machine, We’ve got you covered

Entering Diameter (in mm)

Decimal value greater than 0 (Always Positive)

Exiting Diameter (in mm)

Decimal value greater than 0 (Always Positive)

Formula

E = 100 [{(\frac{D}{d})}^{2} - 1]

E = Elongation

D = Diameter of Entering Wire

d = Diameter of Exiting Wire

Exiting Diameter (in mm)

Decimal value greater than 0 (Always Positive)

Area Reduction (in %)

Decimal value greater than 0 (Always Positive)

Formula

D = \frac{d}{\sqrt{(1 - \frac{AR}{100})}}

D = Entering Diameter

d = Exiting Diameter

AR = Area Reduction

Entering Diameter (in mm)

Decimal value greater than 0 (Always Positive)

Area Reduction (in %)

Decimal value greater than 0 (Always Positive)

Formula

d = D \times \sqrt{(1 - \frac{AR}{100})}

d = Exiting Diameter

D = Entering Diameter

AR = Area Reduction

Entering Diameter (in mm)

Decimal value greater than 0 (Always Positive)

Exiting Diameter (in mm)

Decimal value greater than 0 (Always Positive)

Formula

AR = 100 [1 - {(\frac{d}{D})}^{2}]

AR = Area Reduction

D = Diameter of Entering Wire

d = Diameter of Exiting Wire

Velocity of Exiting Wire (vd)

Decimal value greater than 0 (Always Positive)

Entering Diameter (D in mm)

Must be greater than Exiting Diameter.

Exiting Diameter (d in mm)

Formula

VD = vd \times {(\frac{d}{D})}^{2}

VD = Velocity of Entering Wire

vd = Velocity of Exiting Wire

Velocity of Entering Wire (VD)

Area Reduction (AR in %)

Formula

vd = \frac{VD}{(1 - \frac{AR}{100})}

vd = Velocity of Exiting Wire

VD = Velocity of Entering Wire

AR = Area Reduction (%)

Area Reduction (in %)

Formula

E = \frac{100 \times AR}{100 - AR}

E = Elongation

AR = Area Reduction

Elongation (in %)

Formula

AR = \frac{100 \times E}{100 + E}

AR = Area Reduction

E = Elongation

Conversion Calculator

Enter a Value

Decimal value greater than 0 (Always Positive)

inches

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Download Our Technical Guide

Technical Handbook Technical Handbook Technical Handbook

This guide offers key information on drawing dies, wire drawing, size calculations, order placements, and maintenance. It is a resource for optimizing electric cable production, ensuring efficiency and reliability. Whether enhancing knowledge or streamlining operations, it covers critical aspects for success in the cable industry.

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