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46710D – 33% Zirconium Copper
Broken Slabs

Zirconium Copper

Zirconium, given its high melting point, is a perfect candidate to be alloyed utilizing a much more workable Copper Zirconium Master Alloy.

Choose a lower percentage Zirconium Copper Master Alloy (10% or 13% alloying at approximately 1850 degrees F) in whole waffle or slab form when looking to alloy Zirconium as a larger portion of the charge batch for a uniform predictable Zirconium target. This may be preferred in producing precipitation hardening alloys for improved high temperature properties.

Or choose a higher percentage alloy master alloy (33% or 50% broken pieces; 50% alloying at approximately 1650 degrees F) for end of melt grain refining additions to improve mechanical properties in general as well as improving hot tearing resistance, reduced porosity, increased fluidity, and improved finish.

Featured Product Specifications

Product
Name
Belmont
Product
Code
Form Nominal
Composition
(%)
- - - Cu Zr
10% Zirconium Copper 49011D 1" x 1" x 4" 1 lb Pieces 90 10
13% Zirconium Copper Alloy 48712A 40-15 Waffle 87 13
30% Zirconium Copper 47012A Broken Slabs 70 30
33% Zirconium Copper Alloy 46710D Broken Slabs 67 33
50% Zirconium Copper 45046D Broken Slabs 50 50
10% Zirconium Copper
Belmont Product Code 49011D
Form 1" x 1" x 4" 1 lb Pieces
Nominal Composition (%)Cu - 90Zr - 10
13% Zirconium Copper Alloy
Belmont Product Code 48712A
Form 40-15 Waffle
Nominal Composition (%)Cu - 87Zr - 13
30% Zirconium Copper
Belmont Product Code 47012A
Form Broken Slabs
Nominal Composition (%)Cu - 70Zr - 30
33% Zirconium Copper Alloy
Belmont Product Code 46710D
Form Broken Slabs
Nominal Composition (%)Cu - 67Zr - 33
50% Zirconium Copper
Belmont Product Code 45046D
Form Broken Slabs
Nominal Composition (%)Cu - 50Zr - 50