Polymer Property : Density = 0.343 lb/in³ Product List

Physical Properties

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Physical Properties	Metric	English	Comments
Density	9.50 g/cc	0.343 lb/in³	DIN 3369
Plansee Cu-MoCu-Cu Laminate A high performance, three-layer composite.Characteristics:High thermal conductivityLow thermal expansionIdeal for heat dissipation applications related to: IGBT modules, RF packages, and LED chips, ..
Density	9.50 - 9.70 g/cc	0.343 - 0.350 lb/inÂ³
MarkeTech Mo60Cu Moly/Copper Heat Sink Material MoCu alloys are made by sintering molybdenum and copper together. This results in a heat sink of lower density than tungsten-based materials, low thermal expansion, and excellent thermal conductivit..
Density	9.50 g/cc	0.343 lb/inÂ³
Indium Corp. Indalloy 147 Bismuth Solder Alloy Information Provided by Indium Corporation
Density	9.50 - 9.90 g/cc	0.343 - 0.358 lb/inÂ³
H.C. Starck MoCu 65/35 Molybdenum-Copper Composite Material Description of Product: Molybdenum-copper composite materials are produced by copper infiltration of porous sintered molybdenum. They are available with different copper contents (15 - 35 %). A t..
Density	9.50 g/cc	0.343 lb/inÂ³
Indium Corp. Indalloy 135 Tin-Lead Solder Alloy Information Provided by Indium Corporation
Density	9.49 g/cc	0.343 lb/inÂ³
Lucas-Milhaupt SilvaloyÂ® 50N Brazing Alloy Silvaloy 50N is a modification of Silvaloy 50. It was originally introduced because of somewhat better corrosion resistance than Silvaloy 50 for certain conditions, and is still used for such purpos..
Density	9.50 g/cc	0.343 lb/in³
China Tungsten YT30 Tungsten Carbide for Cutting Tools Wear resistance and cutting speed higher than YT15 but strength and impact toughness comparatively lower. Finishing of carbon steel and alloy steel, for instance fine turning, fine boring or fine re..
Density	9.50 g/cc	0.343 lb/in³
Anderman Ceramics EREH97Y Hafnium Oxide, Yttrium Oxide-Stabilized Rare earth refractory oxide ceramics exhibit very high thermal stability, wear resistance, and strength. They are widely used in applications above 3090 °F (1700 °C), nuclear, high performance met..