多層複合材
產品介紹
| Material Name | Related Specification | Chemical Composition | Features | Electrical Resistivity | Density (Mg/m³) | |
|---|---|---|---|---|---|---|
| Pure Nickel | NB-1 | JIS H 4551 | Ni | 8 | 8.9 | |
| (Copper, Nickel) Clad Stainless Steels |
CSTN-1 | Cu/SUS304/Ni | Excellent Deep Drawability and Corrosion Resistance | |||
| CSTN-2 | ||||||
| CSTN-7 | ||||||
| CSTN-12 | ||||||
| Nickel Clad Stainless Steels | NS430N | Ni/SUS430/Ni | Excellent Deep Drawability and Corrosion Resistance | |||
| NSTN-1~5 | Ni/SUS304/Ni | |||||
| (Copper, Nickel) Clad Iron |
CFN-1 | Cu/Fe/Ni | Excellent Deep Drawability and Corrosion Resistance | |||
| Copper Clad Iron | CF | Cu/Fe | Excellent Deep Drawability and Corrosion Resistance | |||
| Copper Clad Stainless Steels | CU-NR-3 | Cu/SUS304 | Excellent Deep Drawability and Corrosion Resistance | |||
| (Aluminum, Nickel) Clad Stainless Steels |
ASTN-1,2,3,5 | Al/SUS304/Ni | Good Workability(elongation:20%) | |||
| Aluminum Clad Nickel | AL/NI ALN-2,3 |
Al/Ni | Low Electrical Resistivity, Good Weldability and Easy Soldering (Ni Layer) |
3~6 | ||
| Aluminum Clad Copper | AL-Cu | Al/Cu | Low Electrical Resistivity, High Thermal Conductivity (Compared to Al/Ni) Good Weldability and Easy Soldering(Cu Layer) |
2 | 5.8 | |
| Nickel Clad Iron | Ni-F-Ni | Ni/Fe/Ni | Low Electrical Resistivity and Good Weldability (Compared to Ni) |
|||
| Nickel Clad Copper | N-C-N NCUN-1 |
Ni/Cu/Ni | Low Electrical Resistivity and Good Weldability (Compared to Cu) |
2~5 | ||
| Copper Clad Aluminum | CALC-5 | Cu/Al/Cu | Low Electrical Resistivity, Low Yield Strength and Easy Soldering |
1.8~2.4 | ||
| (Nickel, Stainless Steels, Copper) Multi layer Clad Metals |
NSCS-2 | Ni/SUS304/Cu/SUS304 | Low Electrical Resistivity, High Strength and High Corrosion Resistance |
3~20 |
| Material Name | Typical Properties | Applications | ||||
|---|---|---|---|---|---|---|
| Pure Nickel | NB-1 | Tensile Strength ≦490MPa |
Elongation≧35% | Variety of Battery Leads | ||
| (Copper, Nickel) Clad Stainless Steels |
CSTN-1 | Tensile Strength ≦690MPa(CSTN-1) ≦740MPa(CSTN-2他) |
Elongation≧40% | Button-type Battery Cases | ||
| CSTN-2 | ||||||
| CSTN-7 | ||||||
| CSTN-12 | ||||||
| Nickel Clad Stainless Steels | NS430N | Tensile Strength ≦690MPa |
Elongation≧20% | Button-type Battery Cases | ||
| NSTN-1~5 | ||||||
| (Copper, Nickel) Clad Iron |
CFN-1 | Tensile Strength ≦640MPa |
Elongation≧20% | Button-type Battery Cases | ||
| Copper Clad Iron | CF | Tensile Strength ≦640MPa |
Elongation≧20% | Button-type Battery Cases | ||
| Copper Clad Stainless Steels | CU-NR-3 | Tensile Strength ≦690MPa |
Elongation≧40% | Button-type Battery Cases | ||
| (Aluminum, Nickel) Clad Stainless Steels |
ASTN-1,2,3,5 | Tensile Strength ≦850MPa |
Elongation≧20% | Electrodes of Batteries, Capacitor Cases | ||
| Aluminum Clad Nickel | AL/NI ALN-2,3 |
Tensile Strength Vickers Hardness(Ni) |
Hard≧200 | Semi-Hard 120~200 | Annealed≦120 | Lead of Batteries, Terminal |
| Aluminum Clad Copper | AL-Cu | Thickness ratio Al:Cu=50:50(as show on the left) | Lead for Rechargeable Batteries, Terminal | |||
| Nickel Clad Iron | Ni-F-Ni | Tensile Strength Vickers Hardness(Fe) |
Hard≧170 | Semi-Hard 100~190 | Annealed≦130 | Lead for Rechargeable Batteries, Terminal |
| Nickel Clad Copper | N-C-N NCUN-1 |
Tensile Strength ≦600MPa |
Elongation≧10% | Lead for Rechargeable Batteries, Terminal | ||
| Copper Clad Aluminum | CALC-5 | Tensile Strength Vickers Hardness(Cu) |
Hard≧100 | Annealed≦130 | Lead of Batteries, Cap of Batteries | |
| (Nickel, Stainless Steels, Copper) Multi layer Clad Metals |
NSCS-2 | Tensile Strength ≦900MPa |
Elongation≧5% | Lead for Rechargeable Batteries, Terminal | ||
