Copper Alloys

Clarence A. Isbell Jr.

Clarence A. Isbell Jr.

retired

(Olin Brass Corp.), Florissant, Missouri, United States, 63034

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First published: 15 June 2000
Citations: 1

Abstract

The article contains sections titled:

1.

Introduction

2.

Wrought Coppers

2.1.

Coppers, ≧ 99.3 % Cu

2.2.

High-Copper Alloys, ≧96.0 % Cu

3.

Wrought Brasses

4.

Wrought Leaded Brasses

5.

Wrought Tin Brasses

6.

Wrought Tin Bronzesand Brazing Alloys

6.1.

PhosphorBronzes

6.2.

Leaded Phosphor Bronzes

6.3.

BrazingAlloys

7.

Wrought Specialty Alloys

7.1.

Copper-Aluminum Alloys (Aluminum Bronzes)

7.2.

Copper - Silicon Alloys (Silicon Bronzes)

7.3.

Miscellaneous Copper - Zinc Alloys

8.

Wrought Copper - Nickel Alloys

8.1.

Cupronickels

8.2.

Copper - Nickel - Zinc Alloys

9.

Casting Alloys

9.1.

Cast Coppers

9.2.

High-Copper Alloys

9.3.

Copper - Tin - Zinc andCopper - Tin - Zinc - LeadAlloys

9.4.

Copper - Manganese Alloys

9.5.

Copper - Zinc - SiliconAlloys

9.6.

Copper - Tin Alloys

9.7.

Copper - Tin - Lead Alloys

9.8.

Copper - Tin - Nickel Alloys

9.9.

Copper - Aluminum - Ironand Copper - Aluminum - Iron - NickelAlloys

9.10.

Copper - Nickel - Iron Alloys

9.11.

Copper - Nickel - Zinc - Tin - LeadAlloys

9.12.

Special Cast Alloys

10.

Master Alloys

11.

Safety and Environmental Aspects

12.

Economic Aspects

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