工程用阳极Engineering anodes
阳极化学成分Anodechemical composition
ASTM B 843-93 | AZ63B | AZ63C | AZ63D | Mg-Mn |
Al | 5.6-6.7 | 5.3-6.7 | 5.3-7.0 | 0.01max |
Zn | 2.5-3.5 | 2.5-3.5 | 2.0-4.0 | |
Mn | 0.15-0.7 | 0.15-0.7 | 0.15-0.7 | 0.50-1.3 |
Si | 0.10max | 0.30max | 0.30max | 0.05max |
Cu | 0.02max | 0.05max | 0.10max | 0.02max |
Ni | 0.002max | 0.003max | 0.003max | 0.001max |
Fe | 0.003max | 0.003max | 0.003max | 0.03max |
Ca | -- | |||
Others each | ||||
Others Total | 0.30max | 0.30max | 0.30max | 0.30max |
Mg | Balance | Balance | Balance | Balance |
阳极电化学性能Anodeelectrochemical properties
铸造阳极电位性能（%）Casting anode potential performance | ||||
开路电位（-V 相对于甘汞参比电极） Open potential(-V vs. calomelreference electrode) | 闭路电位（-V相对于甘汞参比电极） Closed-circuit potential(-V vs.calomel reference electrode) | 实际电容量 (安培.小时/克) Actual capacity (Ampere.hour/g) |
电流效率 (%) Current efficiency (%) | |
Mn-Mn | 1.70~1.80 | 1.57~1.63 | ≥1.100 | ≥50 |
AZ63 | 1.50~1.65 | 1.50~1.55 | ≥1.210 | ≥55 |
浇铸工程用镁牺牲阳极CastingMagnesium sacrifice anodes for engineering
浇铸阳极分高电位（Mg-Mn, 主要适用于高电阻率的环境中）和低电位（AZ63，主要适用于低电阻率的环境中）两大类，以D形，S形及C形为主，可生产多种不同的规格型号高质量的镁牺牲阳极。同时可以根据客户的不同需求生产应用于码头，船体，电容器等领域的各类异性阳极。年生产能力为5000吨。
l D型阳极规格D-shaped anode specification
型号 Type | 重量 Kg(1b) Weight | 阳极规格 mm(inch) Anode specification | ||
A | B | C | ||
9D2 | 4.082(9) | 69.9(2 3/4) | 549.3(21 5/8) | 76.2(3) |
14D2 | 6.350(14) | 69.9(2 3/4) | 850.9(33 1/2) | 76.2(3) |
20D2 | 9.072(20) | 69.9(2 3/4) | 1212.9(47 3/4) | 76.2(3) |
9D3 | 4.082(9) | 88.9(3 1/2) | 352.4(13 7/8) | 95.3(3 3/4) |
17D3 | 7.711(17) | 88.9(3 1/2) | 641.4(25 1/4) | 95.3(3 3/4) |
32D5 | 14.515(32) | 139.7(5 1/2) | 504.8(19 7/8) | 146.1(5 3/4) |
48D5 | 21.772(48) | 139.7(5 1/2) | 765.2(30 1/8) | 146.1(5 3/4) |
60D4 | 27.216(60) | 114.3(4 1/2) | 1460.5(57 1/2) | 114.3(4 1/2) |
l S型阳极规格S-shaped anode specification
型号 Type | 重量kg（lb） Weight | 阳极规格 inch(mm) Anode specification | |||
A | B | C | L | ||
3S3 | 1.4(3) | 3 4/5(96.5) | 3(76.2) | 3(76.2) | 4.7(119.4) |
5S3 | 2.3(5) | 3 4/5(96.5) | 3(76.2) | 3(76.2) | 7.7(195.6) |
9S2 | 4.1(9) | 2 4/5(71.1) | 2(50.8) | 2(50.8) | 28(711.2) |
9S3 | 4.1(9) | 3 4/5(96.5) | 3(76.2) | 3(76.2) | 13.6(345.4) |
17S2 | 7.7(17) | 2 4/5(71.1) | 2(50.8) | 2(50.8) | 52.5(1333.5) |
17S3 | 7.7(17) | 3 4/5(96.5) | 3(76.2) | 3(76.2) | 25.6(650.2) |
17S4 | 7.7(17) | 4(101.6) | 3 1/5(81.3) | 4(101.6) | 18(457.2) |
20S2 | 9.1(20) | 2 4/5(71.1) | 2(50.8) | 2(50.8) | 62(1574.8) |
32S3 | 14.5(32) | 3 4/5(96.5) | 3(76.2) | 3(76.2) | 47(1193.8) |
32S5 | 14.5(32) | 5(127.0) | 4 1/5(106.7) | 5(127.0) | 21.2(538.5) |
40S3 | 18.1(40) | 3 4/5(96.5) | 3(76.2) | 3(76.2) | 60(1524.0) |
48S5 | 21.8(48) | 5(127.0) | 4 1/5(106.7) | 5(127.0) | 31.5(800.1) |
60S4 | 27.2(60) | 4(101.6) | 3 1/5(81.3) | 4(101.6) | 62(1574.8) |