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Copper, Cu Compounds

Available Forms:


Evaporation Sources:


C8-5008-M
SuperVac® Copper Arsenide,
Cu3As, 6mm pieces & smaller, 99% pure
Evaporation Techniques
Density g/cm3 Crucible 
Melting Point °C Coil 
E-Beam Boat 


Qty in grams: 
Index of Refraction
@ microns
 

C8-5009-M
SuperVac® Copper Indium Selenide,
CuInSe2, 6mm pieces & smaller, 99.999% pure
Evaporation Techniques
Density g/cm3 Crucible 
Melting Point °C Coil 
E-Beam Boat 


Qty in grams: 
Index of Refraction
@ microns
 

C8-5010-M
SuperVac® Copper Selenide,
CuSe, 6mm pieces & smaller, 99.5% pure
Evaporation Techniques
Density g/cm3 Crucible 
Melting Point °C Coil 
E-Beam Boat 


Qty in grams: 
Index of Refraction
@ microns
 

C8-5011-M
SuperVac® Copper Selenide,
Cu2Se, 6mm pieces & smaller, 99.5% pure
Evaporation Techniques
Density g/cm3 Crucible 
Melting Point °C Coil 
E-Beam Boat 


Qty in grams: 
Index of Refraction
@ microns
 

C8-5012-M
SuperVac® Copper Silicide,
Cu5Si, 6mm pieces & smaller, 99.5% pure
Evaporation Techniques
Density g/cm3 Crucible 
Melting Point °C Coil 
E-Beam Boat 


Qty in grams: 
Index of Refraction
@ microns
 

C8-5013-M
SuperVac® Copper Telluride,
Cu2Te, 3mm pieces & smaller, 99.5% pure
Evaporation Techniques
Density g/cm3 Crucible 
Melting Point °C Coil 
E-Beam Boat 


Qty in grams: 
Index of Refraction
@ microns
 


Unit 12, Hassocks Wood, Basingstoke, Hampshire, RG24 8UQ, UK. High Purity Materials For Research, Development and Industry
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