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Strip Copper Foil Rolls Chemical composition: Cu Rem Ni 0.8-1.8 Si 0.15-0.35 P 0.01-0.05 Physical properties: Density(g/cm3) 8.9 Electrical Conductivity IACS%(20)} 60min Modulus Of Elasticity(KN/mm2) 135 Therm...
...%(20℃) 99 Thermal Conductility W/(m*k) 390 Modulus of elasticity (KN/mm2) 118 Temper Tensile strength (RM, Mpa) Yield Strength (Rp0.2 Mpa) Elongation A50 Vickers ......
... 1.2714/55NiCrMoV7 SKT4 BH224/5 Physical Properties of 1.2714(L6, 55NiCrMoV7, SKT4,BH224-5) Hot-Work Mould Steel Modulus of elasticity [103 x N/mm2]: 215 Density [g/cm3]: 7.84 Thermal conductivity [W/m.K]: 3...
...elongation, it has better performance than grey iron. It has lower coefficient of thermal expansion,higher heat conductivity Lower modulus of elasticity, Lower thermally induced internal stress level, Better...
...elongation, it has better performance than grey iron. It has lower coefficient of thermal expansion,higher heat conductivity Lower modulus of elasticity, Lower thermally induced internal stress level, Better...
...elongation, it has better performance than grey iron. It has lower coefficient of thermal expansion,higher heat conductivity Lower modulus of elasticity, Lower thermally induced internal stress level, Better...
...elongation, it has better performance than grey iron. It has lower coefficient of thermal expansion,higher heat conductivity Lower modulus of elasticity, Lower thermally induced internal stress level, Better...
..., it has better performance than grey iron. It has lower coefficient of thermal expansion,higher heat conductivity Lower modulus of elasticity, Lower thermally induced internal stress level, Better thermosho...
...better performance than grey iron. It has lower coefficient of thermal expansion,higher heat conductivity Lower modulus of elasticity, Lower thermally induced internal stress level, Better thermoshock resist...
... and elongation, it has better performance than grey iron. It has lower coefficient of thermal expansion,higher heat conductivity Lower modulus of elasticity, Lower thermally induced internal stress level, B...
..., it has better performance than grey iron. It has lower coefficient of thermal expansion,higher heat conductivity Lower modulus of elasticity, Lower thermally induced internal stress level, Better thermosho...
...elongation, it has better performance than grey iron. It has lower coefficient of thermal expansion,higher heat conductivity Lower modulus of elasticity, Lower thermally induced internal stress level, Better...
...elongation, it has better performance than grey iron. It has lower coefficient of thermal expansion,higher heat conductivity Lower modulus of elasticity, Lower thermally induced internal stress level, Better...
..., it has better performance than grey iron. It has lower coefficient of thermal expansion,higher heat conductivity Lower modulus of elasticity, Lower thermally induced internal stress level, Better thermosho...
... and elongation, it has better performance than grey iron. It has lower coefficient of thermal expansion,higher heat conductivity Lower modulus of elasticity, Lower thermally induced internal stress level, B...
.... With three closed-loop control modes of stress, strain and displacement, the maximum force, tensile strength, bending strength, compressive strength, modulus of elasticity, elongation at break and...
... High Hardness Product Description High density Good machinability High modulus of elasticity Strong corrosion resistance Non-poisonous ,no pollution Good mechanical properties Harmless to the health and env...
... or 317L. Physical Properties of F51 material Sheet: Temperature °F 68 212 392 572 Density lb/in3 0.278 — — — Modulus of Elasticity psi x...
... or 317L. Physical Properties of F51 material Sheet: Temperature °F 68 212 392 572 Density lb/in3 0.278 — — — Modulus of Elasticity psi x...
... or 317L. Physical Properties of F51 material Sheet: Temperature °F 68 212 392 572 Density lb/in3 0.278 — — — Modulus of Elasticity psi x...