AL1882 aluminium–silicon carbide structural components

Catalogue Number	AL1882
Material	Aluminum Alloy- ZL101A
Shape	Customized
Electrical Resistance (µOhm-cm)	20

Stanford Advanced Materials supplies aluminium silicon carbide composite structural components. The company manufactures products according to customer specifications. The components deliver measured thermal conductivity that meets defined standards. They exhibit low thermal expansion in line with standard assessments.

Other related products: AlSiC IGBT Grundplatte, Aluminium Silizium Master Legierung.

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Aluminium Alloy	ZL101A
Silicon Carbide	Electronic grade, Volume fraction 65 %.
Thermal Conductivity (W/mK @25°C)	≥240
Specific Heat (J/gK @ 25°C)	0.803
Coefficient of Thermal Expansion (CTE) ppm/°C	(30°C–100°C) 7.42
	(30°C–150°C) 7.93
	(30°C–200°C) 8.35
Elastic Modulus (GPa)	158
Shear Modulus (GPa)	75
Flexural Strength (MPa)	300
Percentage Elongation at Break (%)	0.28
Fracture Toughness	11.3
Electrical Resistivity (µOhm-cm)	20
Air Tightness (^atm-cm3/sHe)	< 10 ^-9

Aluminum Alloy	ZL101A
Silicon Carbide	Electronic grade, volume fraction 65 %
Thermal Conductivity[(W/mK) @25°C]	≥240
Specific Heat (J/gK) @ 25°C	0.803
Thermal Expansion (CTE) ppm/°C	(30°C-100°) 7.42
	(30°C-150°) 7.93
	(30°C-200°) 8.35
Young’s Modulus (GPa)	158
Shear Modulus (GPa)	75
Flexural strength (MPa)	300
Percent Elongation at Rupture（%）	0.28
Fracture Toughness	11.3
Electrical Resistance (µOhm-cm)	20
Hermeticity (atm-cm³/sHe)	< 10 ^-9

AL1882 aluminium–silicon carbide structural components

Aluminium-Silicon Carbide Structural Components Description

Aluminium-Silicon Carbide Structural Components Specification

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