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Al-Mg Alloy Wire 5154 can be used for braiding and shielding in flexible coaxial cable, a variety of audio and video cable, vehicle signal cable, network cable, data transmission cables and so on. The Al Alloy Wire is also the raw material of Aluminum Insect Screening for window and door.

Pulu Group starts from Aluminum Alloy 5154 Wire years ago. Aluminum alloy 5154 wire offers excellent corrosion resistance even in extremely corrosive environments. The magnesium (3.5%) and chromium (0.25%) alloy further enhance its superior corrosion resistance. While it will lose strength subjected to high temperatures (390�°F / 199�°C to 480�°F / 249�°C), its strength can be increased via cold working (note: aluminum 5154 cannot be heat-treated).

What is the data of aluminum alloy wire 5154 for cable? 1. Conductivity above 36% ; 2. Aluminum grade: 5154; 3. Tensile strength: 230-450 mpa; 4. Elongation:7â??15%; 5. Diameter: 0.12-6.0 mm. Please contact us for more detailed specifications of Alu Alloy Wire 5154.

Aluminum Wire with Good Conductivity

There is a coil of aluminum wire on white background.
Aluminum wire has good conductivity performance, widely used in electronic and machinery industry, power station.

Aluminum wire:

Standard: ASTM B230¡§C85.
Wire diameter: 0.12mm - 5mm.
Tensile Strength: 103 ¡§C 38N/mm2.
Conductivity: 61.4% of IACS.
Features
Smooth surface, light, weight, durable.
Good toughness, high intensity.
Good conductivity.
Heat-resistant, fire-proof.
Application: widely used in mesh weaving, crafts making, electronic industry, machinery industry, power station, construction, also can be made into cables.
Packing: in coils, spools.
There is a spool of aluminum wire on white background.
Aluminum wire can be produced in the form of spool.

There is a piece of aluminum wire mesh with gray background.
Aluminum wire is usually used in wire mesh weaving.

There is a dragon craft made of aluminum wire.
Aluminum wire is usually used for making crafts.

There are four cables made of aluminum wire.
Aluminum wire is widely used to make cables because of its excellent conductivity.

Perforated Aluminum Sheet: The Versatile Decorative Material of Modern Architecture

1. Definition and Material Characteristics
Perforated aluminum sheet is a metal sheet made of aluminum alloy, formed with regular or irregular holes through CNC punching technology. Common hole shapes include round holes, square holes, and diamond-shaped holes. It is lightweight (with a density about one-third that of steel), corrosion-resistant, fireproof, moisture-proof, and recyclable, aligning with green building concepts.

2. Core Advantages
Ventilation and Heat Dissipation: The hole design ensures air circulation, suitable for air conditioner locations and equipment protective covers that require heat dissipation, effectively prolonging equipment life.
Sound Absorption and Noise Reduction: By adjusting the hole diameter and arrangement density, it can be used as a sound-absorbing wall panel or ceiling, suitable for theaters, office buildings, and other acoustically sensitive spaces.
Aesthetics and Design Sense: The metallic texture combined with the light and shadow effects of the holes gives the building facade a dynamic layer of depth. Examples include Zaha Hadid's curved curtain walls and the wavy exterior of the Munch Museum in Norway.
Durability and Maintenance: Surface treatment processes (such as fluorocarbon coating and film covering) enhance UV resistance and weather resistance, with an outdoor service life of up to 20 years, and are easy to clean.

3. Application Scenarios
Building Facades: As curtain wall material, it has both sunshade and decorative functions. For example, the Hongkou District project in Shanghai used 1.0mm perforated aluminum sheets to achieve a lightweight design.
Indoor Decoration: Used for ceilings and partitions, such as aluminum ceiling panels that are resistant to smoke and moisture, suitable for kitchens and bathrooms.
Functional Structures: Such as computer room sound-absorbing panels and shopping mall signage decorative panels, with customizable hole diameters to meet light transmittance and breathability requirements.

The serpentine spring coupling is used for the transmission shaft system of coaxial axis. It has certain compensation performance of angular, radial and axial offset between two axes. The operating ambient temperature is -30 ~ 150C, and the transmission torque is 45-800000N m.

Sl320 Cross Slider Coupling has a large radial displacement, transmission common torque 120-63000N m, speed 250~70r/min.

SL320 Cross Slider  Coupling  Basic Performance Parameters And Main Dimensions


Type Nominal Torque  TnN m Allowable Speed  [n] r/min Shaft Hole Diameter  d D D, L H S Inertia Moment  kg m2 Weight  kg
SL70 120 250 15 -18 70 32 42 14 0. 002 1.5
SL90 250 250 20 -30 90 45 52 14 0. 008 2.6
SL110 500 250 36 -40 100 60 70 19 0. 026 5. 5
SL130 800 250 45 -50 130 80 90 19 0.5 0. 07 10
SL150 1250 250 55 -60 150 95 112 19 0. 14 15.5
SL170 2000 250 65 -70 170 105 125 24 0. 25 22.4
SL190 3200 250 75 -80 190 110 140 29 0.5 31.5
SL210 5000 250 85 -90 210 130 160 33 0.9 45
SL240 8000 250 95 -100 240 140 180 33 1.6 59.5
SL260 9000 250 100-110 260 160 190 33 2 76
SL280 10000 100 110-120 280 170 200 33 3 94.3
SL300 13000 100 120-130 300 180 210 43 1.0 4.3 111
SL320 16000 100 130-140 320 190 220 43 5.7 129
SL340 20000 100 150 340 210 250 48 8.4 162
SL360 32500 100 160 360 240 280 48 19.2 258
SL400 38700 80 170 400 260 300 48 26. 1 305
SL460 63000 70 200 460 300 350 58 62.9 560

CLZ type gear coupling is suitable for connecting two horizontal coaxial drive shafting. It has a certain ability to compensate the relative offset of two shafts, and transmits nominal torque 0. 71 -- 1000KN
CLZ type tooth coupling basic parameters and main dimensions

Model Nominal Torque Tn
KN m Allowable speed[n] r/min Shaft hole diameter  d, dz Shaft hole  length  L
Y D D, d2 D3 C  Inertia  moment  kg m2 Weight  kg
CLZ1 0. 71 3780 18 40 (60) 40 42 170 110 55 95 2.5 0. 03 11.8
CLZ2 1.4 3000 30 50 (70) 82 142 185 125 70 110 2.5 0.06 16.6
CLZ3 3. 15 2400 40 60(90) 112 172 220 150 90 145 2.5 0.12 34.8
CLZ4 5.6 2000 45 75(100) 112 212 250 175 110 170 2.5 0. 22 47.8
CLZ5 8 1680 50 90(120) 112 212 290 200 130 190 5 0.44 67.3
CLZ6 11.2 1500 60 110(130) 142 252 320 230 140 210 5 0. 75 91
CLZ7 18 1270 65 120 (150) 142 252 350 260 170 240 5 1.25 125
CLZ8 23.6 1140 80 ã??140 (170) 172 ã??302 380 315 190 270 5 2.06 174

Diaphragm coupling is suitable for connecting two coaxial lines of medium and high speed transmission shafting. With certain axial relative offset compensation ability, smooth transmission, corrosion resistance and other characteristics, operating temperature -20 ~ 250C, transfer nominal torque 40 ~ 315000N m


JZM Heavy Machinery Diaphragm Coupling Main Parameters And Dimensions mm
Model Nominal Torque  TnN m Allowable Speed[n] r/min Shaft Hole Diameter Shaft Hole Length  L D D, S Twisting Stiffness  X106N m/rad Inertia Moment kg m2 Weight  kg
d Y J,
JZM1 40 10700 14 28 27 62 80 39 8 0. 37 0. 0026 1.37
JZM2 63 9300 20 38 38 82 92 53 8 0. 45 0. 0073 2. 65
JZM3 100 8400 25 45 44 112 102 63 8 0. 56 0.013 4.8
JZM4 250 6700 30 55 60 112 128 77 11 0.81 0. 042 7. 64
JZM5 500 5900 35 65 60 142 145 91 11 1.2 0. 067 9.4
JZM6 800 5100 40 75 84 142 168 105 14 1.42 0. 165 17. 15
JZM7 1000 4750 45 80 84 172 180 112 15 1.9 0. 27 24.5
JZM8 1600 4300 50 85 84 172 200 120 15 2. 35 0. 387 29.4
JZM9 2000 4200 55 90 84 172 205 120 20 2. 7 0.41 30. 38
JZM10 2500 4000 55 90 84 172 215 128 20 3. 02 0.51 33.9
JZM11 3150 3650 60 95 107 172 235 132 23 3. 46 0. 70 40. 18
JZM12 4000 3400 60 100 107 212 250 145 23 3. 67 1. 13 55. 96

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SWC BH Roller Table Universal Coupling
Swc Ch Type Long Telescopic Welding Integral Fork Head Cross Shaft Universal Coupling Basic Parameters And Main Dimensions (GB5513-91)

Sl320 Cross Slider Coupling has a large radial displacement, transmission common torque 120-63000N m, speed 250~70r/min.

SL320 Cross Slider Coupling Basic Performance Parameters And Main Dimensions


Type Nominal Torque  TnN m Allowable Speed  [n] r/min Shaft Hole Diameter  d D D, L H S Inertia  Moment  kg m2 Weight  kg
SL70 120 250 15 -18 70 32 42 14 0. 002 1.5
SL90 250 250 20 -30 90 45 52 14 0. 008 2.6
SL110 500 250 36 -40 100 60 70 19 0. 026 5. 5
SL130 800 250 45 -50 130 80 90 19 0.5 0. 07 10
SL150 1250 250 55 -60 150 95 112 19 0. 14 15.5
SL170 2000 250 65 -70 170 105 125 24 0. 25 22.4
SL190 3200 250 75 -80 190 110 140 29 0.5 31.5
SL210 5000 250 85 -90 210 130 160 33 0.9 45
SL240 8000 250 95 -100 240 140 180 33 1.6 59.5
SL260 9000 250 100-110 260 160 190 33 2 76
SL280 10000 100 110-120 280 170 200 33 3 94.3
SL300 13000 100 120-130 300 180 210 43 1.0 4.3 111
SL320 16000 100 130-140 320 190 220 43 5.7 129
SL340 20000 100 150 340 210 250 48 8.4 162
SL360 32500 100 160 360 240 280 48 19.2 258
SL400 38700 80 170 400 260 300 48 26. 1 305
SL460 63000 70 200 460 300 350 58 62.9 560

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GCL Drum Gear Coupling Suitable for connecting two horizontal coaxial axis drive shaft system, with a certain Angle to compensate the relative offset performance of two shafts drum tooth coupling, working environment temperature -20 ~ +80C, transmission nominal torque is 0. 4-4500KN-m
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CLZ type gear coupling  is suitable for connecting two horizontal coaxial drive shafting. It has a certain ability to compensate the relative offset of two shafts, and transmits nominal torque 0. 71 -- 1000KN m

CLZ type tooth coupling basic parameters and main dimensions

Model Nominal Torque  Tn
KN m Allowable speed[n] r/min Shaft hole diameter d, dz Shaft hole  length  L
Y D D, d2 D3 C  Inertia  moment  kg m2 Weight kg
CLZ1 0. 71 3780 18  -40 (60) 40  -142 170 110 55 95 2.5 0. 03 11.8
CLZ2 1.4 3000 30  -50 (70) 82  -142 185 125 70 110 2.5 0.06 16.6
CLZ3 3. 15 2400 40-60(90) 112 172 220 150 90 145 2.5 0.12 34.8
CLZ4 5.6 2000 45-75(100) 112  -212 250 175 110 170 2.5 0. 22 47.8
CLZ5 8 1680 50-90(120) 112-212 290 200 130 190 5 0.44 67.3
CLZ6 11.2 1500 60  -110(130) 142-252 320 230 140 210 5 0. 75 91
CLZ7 18 1270 65� -120 (150) 142-252 350 260 170 240 5 1.25 125
CLZ8 23.6 1140 80� -140 (170) 172� -302 380 315 190 270 5 2.06 174
CLZ9 28 1000 90 -160 (190) 172� -352 430 365 210 280 5 2. 56 210
CLZ10 50 850 110-180(220) 212-352 490 420 260 320 5 5 298
CLZ11 71 750 120 220(250) 212-410 545 470 300 380 5 9. 25 447
CLZ12 100 660 140 250(280) 252-470 590 520 340 420 5 12.5 630
CLZ13 140 600 160 280(300) 302-470 680 590 380 480 7.5 29.9 897

GCL Drum Gear Coupling Suitable for connecting two horizontal coaxial axis drive shaft system, with a certain Angle to compensate the relative offset performance of two shafts drum tooth coupling, working environment temperature -20 ~ +80C, transmission nominal torque is 0. 4-4500KN-m
Brake Disc Main Size, Weight And Moment Of Inertia
Disc diameter D T K S D3max Inertia Moment  kg  m2 Weight kg
I II I II I II
315 15 10 42 180 155 0. 116 0. 11 8.5 6. 7
355 15 10 54 200 175 0. 192 0. 178 11.4 9. 9
400 15 14 54 255 230 0. 32 0. 29 15.2 12.4
450 15 16 54 305 280 0. 55 0. 46 19.7 15.6
500 15 18 54 325 295 0. 83 0.71 25 20
560 15 18 54 350 320 1.28 1. 13 30. 7 25.6
630 15 20 54 400 360 2. 06 1.83 38.8 33
710 15 20 54 480 420 3. 32 2.9 46.5 39.4
800 15 24 70 540 500 5. 87 4.8 67.8 52.7
900 15 24 70 600 560 9.3 7.9 86.6 70.3
1000 20 30 80 620 560 17.4 15. 7 128.8 115. 1

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Universal Coupling Swc440
Swc Ch Type Long Telescopic Welding Integral Fork Head Cross Shaft Universal Coupling Basic Parameters And Main Dimensions (GB5513-91)




Model Turning Diameter� D (mm) Rated RorqueTn
(kN*m) Fatigue Torque� T.
(kN,m) Axis Angle(�°) � Expansion Amount� U
(mm) Size(mm) Moment nertia(kgã?»m2) Quality(kg)
Ln D. (jsll) d2
(H7) D, L n-d k t b(h9) g Ln WK lOOnin y � Each Growth� lOOnm
SWC180CH1 180 12.5 6.3 W25 200 925 155 105 114 110 8-17 17 5 0. 181 0. 0070 74 2.8
SWC180CH2 700 1425 0.216 104
SWC225CH1 225 40 20 W15 220 1020 196 135 152 12( 8-17 20 5 32 9 0. 561 0. 0234 132 4.9
SWC225CH2 700 1500 0. 674 182
SWC250CH1 250 63 31.5 W15 300 1215 218 150 164 140 8-19 25 6 40 o r 1.016 0. 0277 190 5.3
SWC250CH2 700 1615 1. 127 235
SWC285CH1 285 90 45

Diaphragm coupling is suitable for connecting two coaxial lines of medium and high speed transmission shafting. With certain axial relative offset compensation ability, smooth transmission, corrosion resistance and other characteristics, operating temperature -20 ~ 250�°C, transfer nominal torque 40 ~ 315000N �· m


JZM Heavy Machinery Diaphragm Coupling Main Parameters And Dimensions mm
Model Nominal Torque  TnN â m Allowable Speed[n] r/min Shaft Hole Diameter Shaft Hole Length L D D, S Twisting Stiffness  X106N m/rad Inertia Moment kg m2 Weight  kg

CLZ type gear coupling is suitable for connecting two horizontal coaxial drive shafting. It has a certain ability to compensate the relative offset of two shafts, and transmits nominal torque 0. 71 -- 1000KN

Snake Spring Coupling Housing is suitable for coaxial axis drive shaft system, with certain compensation performance of angular, radial and axial offset between two shafts, operating ambient temperature -30 ~ 150C, transmission torque 45-800000N m.

The Basic Parameters And Main Dimensions Of The Snake - Shaped Yellow Coupling  mm

Model Nominal Torque  Tn
N m Allowable speed  [n] r/min Shaft hole  diameter  d mm Shaft hole  length L
mm Overall length  Lo
mm L, mm D mm Clearance  C mm inertia  moment I
kg. m2 Weight
kg
JSA1 45 18 28 47 97 66 95 0. 0014 1.91
JSA2 140 4500 22 35 68 105 0. 0022 2. 59
JSA3 224 25 42 50 103 70 115 0. 0033 3. 36
JSA4 400 32 50 60 123 80 130 3 0. 0073 5. 45
JSA5 630 4350 40 56 63 129 92 150 0.0119 7. 26
JSA6 900 4125 48 ã??65 76 155 95 160 0. 0185 10. 44
JSA7 1800 55 80 89 181 116 190 0. 0451 17. 70
JSA8 3150 OvvU 65 95 98 199 122 210 0. 0787 25. 42
JSA9 5600 2000 75 110 120 245 155 250 0. 1780 42. 22
JSA10 8000 2250 80 120 127 259 162 270 0. 2700 54. 45
JSA11 12500 2025 90 140 149 304 192 310 0.5140 81.27
JSA12 18000 1800 110 170 162 330 195 346 0. 9890 121.00
JSA13 25000 1650 120 200 184 374 201 384 1. 8500 178. 00
JSA14 35500 1500 140 200 184 374 271 450 3. 4900 234
JSA15 50000 1350 160 240 198 402 279 500 6 5. 8200 317
JSA16 63000 1225 180 280 216 438 304 566 10. 4000 448

The serpentine spring coupling is used for the transmission shaft system of coaxial axis. It has certain compensation performance of angular, radial and axial offset between two axes. The operating ambient temperature is -30 ~ 150C, and the transmission torque is 45-800000N m.
JSA Type Snake Spring Coupling Basic Parameters And Main Dimensions   mm
Model Nominal Torque  Tn N m Allowable Speed  [n] r/min Shaft Hole Diameter  d mm Shaft Hole Length  L mm Overall Length Lo mm L, mm D mm Clearanc  C mm Inertia Moment   I kg. m2 Weight m kg
JSA1 45 18 28 47 97 66 95 0. 0014 1.91
JSA2 140 4500 22 35 68 105 0. 0022 2. 59
JSA3 224 25 42 50 103 70 115 0. 0033 3. 36
JSA4 400 32 50 60 123 80 130 3 0. 0073 5. 45
JSA5 630 4350 40 56 63 129 92 150 0.0119 7. 26
JSA6 900 4125 48 65 76 155 95 160 0. 0185 10. 44
JSA7 1800 55 80 89 181 116 190 0. 0451 17. 70
JSA8 3150 OvvU 65 95 98 199 122 210 0. 0787 25. 42
JSA9 5600 2000 75 110 120 245 155 250 0. 1780 42. 22
JSA10 8000 2250 80 120 127 259 162 270 5 0. 2700 54. 45
JSA11 12500 2025 90 140 149 304 192 310 0.5140 81.27
JSA12 18000 1800 110 170 162 330 195 346 0. 9890 121.00
JSA13 25000 1650 120 200 184 374 201 384 1. 8500 178. 00
JSA14 35500 1500 140 200 184 374 271 450 3. 4900 234
JSA15 50000 1350 160 240 198 402 279 500 6 5. 8200 317
JSA16 63000 1225 180 280 216 438 304 566 10. 4000 448
JSA17 90000 1100 200 300 239 484 322 630 18. 3000 620
JSA18 125000 1050 240 320 260 526 325 675 26. 1000 776
JSA19 160000 900 280 360 280 566 355 756 43. 5000 1058
JSA20 224000 820 300 380 305 623 432 845 75. 5000 1426
JSA21 315000 730 320 420 325 663 490 920 113.0000 1787
JSA22 400000 680 340 450 345 703 546 1000 13 175. 0000 2269
JSA23 500000 630 36 480 368 749 648 1087 339. 0000 2951
JSA24 630000 580 400 460 401 815 698 1180 524.0000 3836
JSA25 800000 540 420 500 432 877 762 1260 711.0000 4686

Sl320 Cross Slider Coupling has a large radial displacement, transmission common torque 120-63000N m, speed 250~70r/min.

SL320 Cross Slider  Coupling  Basic Performance Parameters And Main Dimensions


Type Nominal Torque  TnN m Allowable Speed  [n] r/min Shaft Hole Diameter  d D D, L H S Inertia Moment  kg m2 Weight kg
SL70 120 250 15 -18 70 32 42 14 0. 002 1.5
SL90 250 250 20 -30 90 45 52 14 0. 008 2.6
SL110 500 250 36 -40 100 60 70 19 0. 026 5. 5
SL130 800 250 45 -50 130 80 90 19 0.5 0. 07 10
SL150 1250 250 55 -60 150 95 112 19 0. 14 15.5
SL170 2000 250 65 -70 170 105 125 24 0. 25 22.4
SL190 3200 250 75 -80 190 110 140 29 0.5 31.5
SL210 5000 250 85 -90 210 130 160 33 0.9 45
SL240 8000 250 95 -100 240 140 180 33 1.6 59.5
SL260 9000 250 100-110 260 160 190 33 2 76
SL280 10000 100 110-120 280 170 200 33 3 94.3
SL300 13000 100 120-130 300 180 210 43 1.0 4.3 111
SL320 16000 100 130-140 320 190 220 43 5.7 129
SL340 20000 100 150 340 210 250 48 8.4 162
SL360 32500 100 160 360 240 280 48 19.2 258
SL400 38700 80 170 400 260 300 48 26. 1 305
SL460 63000 70 200 460 300 350 58 62.9 560

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ZL type elastic pin tooth coupling  is suitable for coaxial axis drive shaft system, using nylon rod longitudinal section shear strength, can transfer a large torque, 0. 112 ~ 2800KN m. Working temperature -20 ~ 70C, can partially replace the tooth coupling. It has certain compensating axial offset energy force and general damping performance.
ZL type is used for ordinary cylindrical shaft holes and ZLD type is used for conical holes. Pay attention to selection.
Allowable compensation for axial soil 0.5 ~5mm
Radial direction 0. 3 ~ 1. 5mm
Angle to 0.5.

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YL Flange Coupling is a rigid coupling, suitable for coaxial axis drive shaft system, transfer torque is 63-100000N. m.


YL Flange Coupling  Parameters And Dimensions
 Type  Nominal Torque TnN m Allowable Speed  [n] r/min Shaft Hole Diameter d Shaft Hole  Length  L D D, b S b, � � Blot Inertia Moment kg m Weightkg
Y J. d. n
YL1 63 6300 22 -30 38 -82 120 48 36 8 52 M10 4 0. 006 4. 10
YL2 200 5800 30 -42 60 -112 130 68 0. 008 6. 97
YL3 400 5000 40 -50 84 -112 150 80 40 56 0. 021 9. 38
YL4 800 4400 50 -63 84 -142 170 100 M12 8 0. 039 23. 27
YL5 2000 3600 63 -80 107-172 210 130 50 10 68 0. 122 30. 72
YL6 5000 2800 80 -100 132-212 260 160 66 84 M16 0. 360 57. 95
YL7 10000 2500 100-125 167-212 300 200 72 90 10 0. 845 86. 10
YL8 25000 1900 125-160 167-302 400 260 80 98 M24 2. 693 202.3
YL9 50000 1600 160â??200 242-352 460 320 92 12 112 16 6. 962 326
YL10 100000 1200 200-250 282-410 590 400 104 124 M30 20. 550 622