Thermal Properties | Metric | English | Comments |
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Melting Point | 1600 °C | 2910 °F | |
Reade Advanced Materials Strontium Sulfate Powder (Celestite) (SrSO4) Description: A mineral source of strontium and its compounds. Sometimes used to impart iridescence to glass and pottery glazes. Used as a fining agent in crystal glass.Information provided by Reade.. |
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Melting Point | 1600 °C | 2910 °F | |
MarkeTech Lithium Gallium Oxide (LiGaO2) Single Crystal Substrate Data provided by the supplier, MarkeTech International.Developed for deposition of III-V nitrides for LEDs, Lasers, etc. Standard orientation: ; GaN Lattice Mismatch 0.2%. |
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Melting Point | 1600 °C | 2910 °F | |
MarkeTech Neodymium Gallium Oxide (NdGaO3) Single Crystal Substrate Data provided by the supplier, MarkeTech International.Developed for deposition of III-V nitrides for LEDs, Lasers, etc. Standard orientation: ; GaN Lattice Mismatch 1.2%. |
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Melting Point | 1600 °C | 2910 °F | |
Mateck Barium Titanate Crystal, BaTiO3 Oxidic single crystals. Two-wave mixing coupling constant. BaTiO3 is a very unique crystal with superior photo-refractive and ferroelectric properties. MaTecK supplies both of substrate grade and ph.. |
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Melting Point | 1600 °C | 2910 °F | |
Mateck LiGaO2 Substrate single crystals for III-V nitrides |
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Melting Point | 1600 °C | 2910 °F | |
Mateck Neodymium Gallate Substrate, NdGaO3 Substrate single crystals for superconductivity |
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Melting Point | 1600 °C | 2910 °F | |
Mateck SrLaGaO4 Substrate single crystals for superconductivity |
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Melting Point | 1600 - 1650 °C | 2910 - 3000 °F | |
ATI Wah Chang 425™ Titanium Alloy, Annealed Bar 0.5 - 1.23 in. dia ATI 425™ titanium is an innovative high strength alloy that has strength comparable to Ti-6-4, yet has the advantage that it can be cold worked. Originally developed for armor plate for ballistic p.. |
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Melting Point | 1600 - 1650 °C | 2910 - 3000 °F | |
ATI Wah Chang 425™ Titanium Alloy, Hot Rolled & Annealed Plate ATI 425™ titanium is an innovative high strength alloy that has strength comparable to Ti-6-4, yet has the advantage that it can be cold worked. Originally developed for armor plate for ballistic p.. |
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Melting Point | 1600 - 1650 °C | 2910 - 3000 °F | |
ATI Wah Chang 425™ Titanium Alloy, Solution Treated Annealed Bar 0.5 - 1.23 in. dia ATI 425™ titanium is an innovative high strength alloy that has strength comparable to Ti-6-4, yet has the advantage that it can be cold worked. Originally developed for armor plate for ballistic p.. |
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Melting Point | 1600 - 1650 °C | 2910 - 3000 °F | |
ATI Wah Chang 425™ Titanium Alloy, Tubular Extruded ATI 425™ titanium is an innovative high strength alloy that has strength comparable to Ti-6-4, yet has the advantage that it can be cold worked. Originally developed for armor plate for ballistic p.. |
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Melting Point | 1600 - 1650 °C | 2910 - 3000 °F | |
ATI Wah Chang 425™ Titanium Alloy, Tubular Extruded, Mill Annealed ATI 425™ titanium is an innovative high strength alloy that has strength comparable to Ti-6-4, yet has the advantage that it can be cold worked. Originally developed for armor plate for ballistic p.. |
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Melting Point | 1600 - 1650 °C | 2910 - 3000 °F | |
ATI Wah Chang 425™ Titanium Alloy, Cold Rolled Sheet ATI 425™ titanium is an innovative high strength alloy that has strength comparable to Ti-6-4, yet has the advantage that it can be cold worked. Originally developed for armor plate for ballistic p.. |
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Melting Point | 1600 - 1650 °C | 2910 - 3000 °F | |
ATI Wah Chang 425™ Titanium Alloy, Hot Rolled & Annealed Plate, Solution Treated Annealed ATI 425™ titanium is an innovative high strength alloy that has strength comparable to Ti-6-4, yet has the advantage that it can be cold worked. Originally developed for armor plate for ballistic p.. |
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Melting Point | 1600 °C | 2910 °F | |
Goodfellow Titanium 78/Aluminum 22 Alloy Information provided by Goodfellow. |