Miscellaneous Products

Tech Data Sheet:
Cryoflux BE

Background:
A by-product source of cryolite with alumina and fluorides for metallurgical fluxing applications. Provides powerful fluxing activity for steelmaking slags.

Typical Chemistry:

Na3AlF6 22% (+/- 5%)
Al2O3 50% (+/- 5%)
AlF3 22% (+/- 5%)
CaF2 < 2%  
MgF2 < 1%  
LiF < .2%  
Fe2O3 1%  
C 3% (+/- 1%)
Metallic Al 2% (+/- 1%)

Sizing:
powder

Packaging:
Supersacks or 50 lb. bags

 

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Tech Data Sheet:
Met Flux E

Background:
A premelted spar / calcium aluminate having low melting point and excellent fluxing properties. The premelted eutectic allows for rapid melting while minimizing refractory exposure to pure CaF2.

Typical Chemical Analysis:

CaF2 60 % +/- 6%
CaO 10 % +/- 2%
SiO2 3 % +/- 2%
MgO 4 % +/- 2%
Al2O3 21 % +/- 3%
TiO2 1.5 %  
Fe2O3 .2 %  

Sizing:
1 ½ inch by 3/8 inch.

Packaging:
Supersacks or bulk dump trucks.

 

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Tech Data Sheet:
Nickel-Chrome Powder H

Background:
A nickel-chrome metal powder mixed with a brown fused alumina. Ni content is variable from batch to batch, but consistent from blend to blend. The chemistry below is for a typical blend only. Chemistry will vary from blend to blend. A chemical analysis is run for every blend. Priced on the basis of contained metals.

Typical Chemistry:

    Estimated variation
from batch to batch
Al2O3 58% +/- 10%
TiO2 1.3% +/- 3%
SiO2 1.7% +/- 1%
Fe2O3 5%  
Cr 5% +/- 2%
Ni 25% +/- 7%
Co 2%  
Mo .7%  
Nb .2%  
S .14%  
C .3%  
Other elements 1%  

Sizing:
90% -50 mesh

Shipments:
Supersacks

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Tech Data Sheet:
Sodium Aluminum Fluoride

Background:
A consistent source of high purity sodium aluminum fluoride (NaAlF4).

Typical Chemistry:

Fluorine 56.3%
Aluminum 22.2%
Sodium 15.7%
Carbon .21%
Silicon < 0.5%
S (as SO4) .02%
P (as P2O5) .002%
Ca .006%
Titanium .038%
Ni              .001%

Sizing:
Typical 1% + 100 mesh, 96% minus 325 mesh for powder material. Granular material is also available.

Shipments:
Supersacks

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