Thermal Properties | Metric | English | Comments |
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Liquidus | 613 °C | 1140 °F | |
PCC-Advanced Forming Technology 63% AlSiC Metal Matrix Composite AlSiC metal matrix composites are formed by pressure infiltrating molten aluminum into silicon carbide preforms. This method of casting is typically used in applications where solution requirements .. |
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Liquidus | 613 °C | 1140 °F | |
PCC-Advanced Forming Technology 68% AlSiC Metal Matrix Composite AlSiC metal matrix composites are formed by pressure infiltrating molten aluminum into silicon carbide preforms. This method of casting is typically used in applications where solution requirements .. |
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Liquidus | 613 °C | 1140 °F | |
PCC-Advanced Forming Technology 70% AlSiC Metal Matrix Composite AlSiC metal matrix composites are formed by pressure infiltrating molten aluminum into silicon carbide preforms. This method of casting is typically used in applications where solution requirements .. |
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Liquidus | 613 °C | 1140 °F | |
PCC-Advanced Forming Technology AlSiC-SD Metal Matrix Composite AlSiC metal matrix composites are formed by pressure infiltrating molten aluminum into silicon carbide preforms. This method of casting is typically used in applications where solution requirements .. |
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Liquidus | 613 °C | 1140 °F | |
Solvay Chemicals NOCOLOK® Braze Paste x43-7 A braze paste specifically formulated for providing viscous mixture of flux and alloy for brazing noncladded aluminum materials, including 1100, 3001 and 6061 series aluminum. Uses: Automotive Sect.. |