Product
Aluminum Wire
Lightweight & Cost-Effective
Aluminum Alternative—Aluminum Wire
Product Introduction
Properties of Aluminum
| Category | Property Description |
|---|---|
| Density | With a density of 2.69, aluminum is about one-third the weight of copper (8.93) and iron (7.9), making it significantly lighter than other materials. |
| Thermal/Electrical Conductivity | Aluminum has the second-highest thermal and electrical conductivity after copper. Its electrical conductivity is about 60% that of copper. |
| Strength | Pure aluminum is weaker than iron in strength, but by adding alloys or applying heat treatment, combinations with exceptionally high strength can be achieved |
| Color | Naturally silver-white on the surface, aluminum can take on various colors through anodizing or coating. |
| Weather Resistance | Aluminum and its alloys form a strong oxide film on the surface, providing outstanding resistance to rust and weathering. |
Aluminum Alloys
| Category | Property Description | Remarks |
|---|---|---|
| 1XXXX | AL 99.00% or higher | Non-heat-treatable alloy |
| 2XXXX | AL + CU Alloy | Heat-treatable alloy |
| 3XXXX | AL + Mn Alloy | Non-heat-treatable alloy |
| 4XXXX | AL + Si Alloy | Non-heat-treatable alloy |
| 5XXXX | AL + Mg alloy | Non-heat-treatable alloy |
| 6XXXX | AL + Mg + Si Alloy | Heat-treatable alloy |
| 7XXXX | AL + Zn + Mg Alloy | Heat-treatable alloy |
| 8XXXX | AL + Other Component Alloy | - |
Products Using Aluminum Wire
Production Items
| AI Rod | 7.00 - 15.00mm |
|---|---|
| AI Intermidiate wire | 0.32 - 6.00mm |
| AI Fine wire | 0.10 - 0.32mm |
| AI Ultra fine wire | 0.06 - 0.09mm |
Packaging
| Category | Packaging Unit |
|---|---|
| Coils |
7.0mm ~ 15.0mm - 2,000kg 2.5mm ~ 6.0mm - 40~300kg 0.8mm ~ 2.5mm - 5~125kg |
| Flatwire Coil |
400mm, 500mm, 600mm, 800mm 30~350kg |
| Steel Bobbin |
400 × 500 × 100mm 5~30kg |
| Aluminum Bobbin |
200mm, 300mm 7~20kg |
| Plastic Bobbin |
DIN 160 ~ DIN 500mm 7~30kg |
Aluminum Application Products
Products using high-purity and alloy aluminum wire
