A413.0 305 YZAlSi10Mg YL104 - ADC3 AЛ4 AЛ9 ENAC-43400 A-S 9G A-S10G AlSi10Mg (3.2382) - - 360.0 A360.0 309 YZ AlSi9Cu4 GB ISO JIS
contact2020530 · A14130) Cast Aluminum. A413.0 aluminum is an aluminum alloy formulated for casting. Cited properties are appropriate for the as-fabricated (no temper or treatment) condition. A413.0 is the Aluminum Association (AA) designation for this material. A14130 is the UNS number. Additionally, the SAE designation is 305.
contact2020826 · :. 1.: YL102(ADC1、A413.0)、YL104(ADC3、A360);. 2.: YL112(A380、ADC10)、YL113(3830)、YL117(B390、ADC14)ADC12;. 3.: 302(5180、ADC5、)ADC6。. 、 ...
contact2012111 · ,;, YL102(ADC1、A413.0 ) 、YL104(ADC3、A360);,YL112(A380、 ADC10 )、YL113(3830)、YL117(B390、ADC14)ADC12 ;
contact20161023 · 0 / 0 : 2 : 0 : : ... building trams. 1981 years ago winterOlympic Games startbuilding connected citycentre ASTM A413/A413M-01 ASTM A414/A414M-06(ASTM A414/A414M-07
contact2017721 · ADC1 A14130 A413.0 GD-AlSi12Cu ZL117 ADC14 A03900 B390.0 ZL108 A13320 ZL303 ADC6 G-AlMg5Si 3.2 (//) 3.2.1JB2702-80, ,: ...
contact201792 · Al-Si-Cu- (Mg,Ni) GB ISO JIS ΓOCT EN NF DIN BS UNI AA SAE ZAlSi5Cu1Mg ZL105 Al-Si5Cu1Mg AC4D AЛ5 ENAC-45300 2A-S5U AlSi5 (Cu) (3.21.34) LM16 3600 355.0 322 ZAlSi5Cu1MgA ZL105A - - AЛ5-1 ...
contact2012517 · :Duralcan USA 10326Roselle St., San Diego CA92121 NADCA() A-3-4-03 Standard () AluminumComposites Chemical Composition A-3-4
contact2020826 · :. 1.: YL102(ADC1、A413.0)、YL104(ADC3、A360);. 2.: YL112(A380、ADC10)、YL113(3830)、YL117(B390、ADC14)ADC12;. 3.: 302(5180、ADC5、)ADC6。. 、 ...
contact2012111 · ,;, YL102(ADC1、A413.0 ) 、YL104(ADC3、A360);,YL112(A380、 ADC10 )、YL113(3830)、YL117(B390、ADC14)ADC12 ;
contact20191223 · A413 is an aluminum alloy with excellent pressure tightness. This makes it a good choice for hydraulic cylinders. The castability of this aluminum alloy makes it a great choice for die casting intricate components. ... 0.15 Nickel (max) 0.5 Zinc: Manganese: 0.35 Silicon: 11.0-13.0 ...
contact. A413.0A 413.1?(ASTM-B85). . . . . . . .A413.1A413.2,,A413.1Zn,Fe,Mn,NiA413.2.
contact2020826 · . : JIS ISO GB YB HB ГOCT ASTM UNS ANSI AA SAE BS BS/L NF AIRLA DIN ZL101 ZL11 HZL101 AЛ9,AЛ9B A03560 A13560 356.0 A356.0 323 A-S7G AS7G03 GAlSi7Mg (3.2371.61... :YB-,HB-、。.
contact1 · Die castings of alloys A360.0, A380.0, 383.0, 384.0 and A413.0 may be made only in cold-chamber machines. ASTM designations were established in accordance with Practice B275. ANSI designations were established in accordance with
contact2023315 · Wetting and heat transfer during solidification were studied with Al–Si alloy (A413) melt droplets on copper and stainless steel cylindrical substrates. As the molten metal cools down and solidifies, the interface changes from the initial liquid/solid contact to solid/solid contact, leading to variations in the rate of interfacial heat transfer. The effect
contact20201010 · :python,npm i,npm inode-sass,npm rebuild node-sassok。 :npm,,6.14.15,,6;:nodenode-sass,。
contact2020826 · :. 1.: YL102(ADC1、A413.0)、YL104(ADC3、A360);. 2.: YL112(A380、ADC10)、YL113(3830)、YL117(B390、ADC14)ADC12;. 3.: 302(5180、ADC5、)ADC6。. 、 ...
contact2020530 · 413.0 aluminum is an aluminum alloy formulated for casting. Cited properties are appropriate for the as-fabricated (no temper or treatment) condition. 413.0 is the Aluminum Association (AA) designation for this material. ... A413.0 (A413.0-F, S12A, A14130) Cast Aluminum EN AC-47000 (47000-F, AISi12(Cu)) Cast Aluminum.
contact2018831 · ,: ,YL102(ADC1、A413.0)、YL104(ADC3、A360);,YL112(A380、ADC10)、YL113(A383、ADC12)、YL117(B390、ADC14);
contact2022718 · 、、: :YL102(ADC1、A413.0)、YL104(ADC3、A360) :YL112(A380、ADC10)、YL113(3830)、YL117(B390
contact201711 · From the figures it is clear that the wear rate of A413 alloy decreases with increase in sliding speeds (0.942m/s, 1.884m/s) and temperature for all the cases studied. From Tables 3 & 4, figure 3, A413+10%Al4Sr (E2) of sliding speed v/s wear rate for 19.62N as the maximum wear rate of 6.0125x10-6 g/m at sliding speed of 0.942 m/s because of ...
contact2023315 · Wetting and heat transfer during solidification were studied with Al–Si alloy (A413) melt droplets on copper and stainless steel cylindrical substrates. As the molten metal cools down and solidifies, the interface changes from the initial liquid/solid contact to solid/solid contact, leading to variations in the rate of interfacial heat transfer. The effect
contact