Knowing the weight of your material can be important when planning any project. To figure out the weight of varying raw material shapes and sizes, you will need to know the density. Below we have provided density measurements for a wide range of different metal products for your reference. Input the density measurement into the formulas provided below to calculate weight. Additional formulas can be found on our Weight Formulas Page.

To attain weight for round product:
Multiply radius squared X 3.1416 X density = weight per inch

To attain weight for flat product:
Multiply thickness X width X length in inches X density = weight per piece

 

Titanium and Titanium Alloys
6A1-4V .160
6A1-4V ELI .160
5A1-2.5Sn .161
5A1-2.5Sn ELI .162
6A1-6V-2Sn .164
8A1-1Mo-1V .158
8Mn .171
7A1-4Mo .162
4A1-4Mn .163
6A1-6Sn-4Zr-2Mo .164
C.P. 99.9% .162
Nickel and Nickel Alloys
Inconel 600 .304
Inconel 625 .305
Inconel 718 .296
Inconel X-750 .298
Nickel 200 .321
Monel .319
K-Monel .306
Duranickel .298
Waspaloy .296
Rene 41 .298
N-155 .296
Hastelloy B .334
Hastelloy C .323
Hastelloy W .326
Hastelloy X .297
Copper and Copper Alloys
Aluminum Bronze .294
Beryllium Copper .297
Cupro Nickel .323
Free Mach. Copper .323
OFHC .323
Naval Brass .304
Magnesium and Magnesium Alloys
AZ31B .064
AZ61A .065
ZK60A .066
ZK60B .066
Aluminum and Aluminum Alloys
1100 .098
2014 .101
2024 .100
2219 .103
5056 .095
5086 .096
6061 .098
6063 .098
7075 .098
Stainless, Heat Resisting & Other Steels
300 Series .290
400 Series .283
15-5 PH .283
17-4 PH .290
17.7 PH .290
D6AC .283
L605 .330
AM355 .286
Carbon Steel .283
Alloy Steel .283
Iron and Iron Alloys
A-286 .286
Invar .289
Chrome Moly .283
Hll Tool Steel .281
M2 Tool Steel .295
M50 Tool Steel .283
Precious and Pure Metals
Beryllium .067
Bronze .318
Columbium .310
Copper .324
Gold .698
Manganese .270
Molybdenum .369
Platinum .775
Silver .379
Tantalum .600
Tungston .697