Specifications

Material Meets These Standard(s):

AMS5639,

QQ-S763,

ASTMA276,

ASTMA479,

Weight/Lineal Foot: 2.0699

Dimension Name Value
Diameter 0.875
Max Length 144
Alloy 304
Temper Annealed
Production Method Cold Finish
MTR Availability true
Shape Round Bar
Material Stainless
Custom Cut Warehouse 1
Overview

Stainless Round Bar 304 offers a great mix of strength and corrosion resistance in most situations outside of marine environments. If your project is in a marine environment, choose 316 stainless. 304, the most popular stainless alloy in the world, maintains its properties in high temperature situations. It is typically used in aerospace, food and beverage industry, pressure containers, architectural designs and trim, cryogenic applications, and chemical processing equipment.

Weight/Lineal Foot
2.0699 pounds
Material Specifications

This material meets the following specs : AMS 5639

This material meets the following specs : QQ-S 763

This material meets the following specs : ASTM A276

This material meets the following specs : ASTM A479

Please note that this data is to be used ONLY FOR REFERENCE, NOT FOR DESIGN, and by using it,you agree that any decisions you make regarding materials for your project are at your own discretion.
Chemistry Information: 304 Stainless

Element

Percentage

C 0.08 max
Fe 66.34 - 74
Mn 2 max
Ni 8 - 10.5
P 0.045 max
S 0.03 max
Si 1 max
Cr 20
Mechanical Properties

Property

Value

Brinell Hardness  180 min
Density lb./in.^3 0
Electrical resistivity  72 min
Electrical resistivity  116 min
Elongation % in 2 inches 55 min
Impact values - Izod -ft-lb 85 min
Max operating temperature ºF 1700
Magnetic permeability  1 min
Max operating temperature ºF 1600
Mean Coefficient of Expansion in/in/ºF x 10^6 9 min
Mean Coefficient of Expansion in/in/ºF x 10^6 11 min
Melting Point ºF 2550 min
Modulus of elasticity lb./in.^2 x 10^6 29 min
Reduction in area % min 70 min
Rockwell Hardness B Scale 90 min
Thermal conductivity BTU/ft^2/hr/ºF/ft 12 min
Specific heat BTU/ºF/lb (32-212F) 0 min
Thermal conductivity BTU/ft^2/hr/ºF/ft 9 min
Ultimate KSI 85 min
Yield KSI 35 min
Please note that this data is to be used ONLY FOR REFERENCE, NOT FOR DESIGN, and by using it,you agree that any decisions you make regarding materials for your project are at your own discretion.

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