Velocity Table.

This DATA should be used as a guide only. The longitudinal (compression wave) velocity of a material can vary according to precise grade, manufacturing process, and the material temperature. No liability is accepted for errors.

MATERIAL

Velocity
(m/s)

Velocity
(in/µs)

Conversation
Factor
(relative to Steel)

Alnico

4900

0.193

0.828

Aluminium

6320

0.248

1.068

Antimony

3400

0.134

0.574

Beryllium

12000

0.472

2.027

Beryllium Copper

3900

0.154

0.659

Bismuth

2000

0.079

0.338

Brass (70% Cu)

4700

0.185

0.794

Cadmium

2700

0.106

0.456

Chromium

6850

0.269

1.157

Cobalt

4700

0.185

0.794

Copper

4700

0.185

0.794

Duraluminium

6320

0.248

1.068

Gold

3260

0.128

0.551

Inconel

5700

0.224

0.963

Indium

2560

0.101

0.432

Iridium

4700

0.185

0.794

Iron

5950

0.234

1.005

Iron (Grey Cast)

4600

0.181

0.777

Lead

2200

0.087

0.371

Magnesium

5770

0.227

0.975

Manganin

4660

0.183

0.787

Mercury

1400

0.055

0.236

Monel

5400

0.212

0.912

Nickel

5630

0.221

0.951

Palladium

3250

0.128

0.549

Phosphor Bronze

3530

0.138

0.596

Platinum

2800

0.110

0.473

Rhodium

4900

0.193

0.828

Silver

3600

0.141

0.608

Steel

 

 

 

Mild

5920

0.233

1.000

Tool

5870

0.231

0.992

Stainless 302

5660

0.222

0.956

Tantalum

4000

0.157

0.676

Tin

3260

0.128

0.550

Tungsten

5460

0.214

0.992

Zinc

3400

0.134

0.574


Non metallic materials:

 

 

 

ABS

2020

0.079

0.341

Acrylic

2730

0.107

0.461

Epoxy

2500

0.090

0.422

Glass


 


 


 

Quartz

5570

0.219

0.941

Soda-lime

6000

0.236

1.014

Borosilicate

5640

0.222

0.953

GRP (50% v/v)

3150

0.124

0.532

Nylon (Polyamide)

2620

0.103

0.443

Porcelain

5600

0.220

0.946

 

 

Gauges manufactured to ISO 9001 standards.
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