Product Details
Place of Origin: Shanghai, China
Brand Name: TANKII
Certification: ISO9001:2008
Model Number: Ni200
Payment & Shipping Terms
Minimum Order Quantity: 10kg
Price: To negotiate
Packaging Details: Spool, Coil, Carton, Plywood case with plastic film according to client´s requirements
Delivery Time: 7-12 DAYS
Payment Terms: L/C, T/T, Western Union, Paypal
Supply Ability: 200+TON+MONTH
Material: |
Pure Nickel |
Density: |
8.9 |
Melting Point: |
1453 |
Boiling Point: |
2732 |
Feature: |
Corrosion Resistant, Good Electric Conductivity |
Min Ni: |
99% |
Material: |
Pure Nickel |
Density: |
8.9 |
Melting Point: |
1453 |
Boiling Point: |
2732 |
Feature: |
Corrosion Resistant, Good Electric Conductivity |
Min Ni: |
99% |
High Purity Nickel Wire Ni201 Ni200 Corrosion Resistant Filament Round Wire
General Introduction
Ni 201 and Ni 200 are also known as Nickel Alloy Ni-201 and Commercially Pure Nickel, Ni 201. Ni 201 only differs from Ni 200 by its carbon content (.02% max in Ni 201 versus .15% max in Ni 200). This slight drop in carbon allows Ni 201 to be utilized in higher temperature applications (over 600°F) including:
Like Ni 200, Ni 201 offers a wide range of benefits to users including:
Pure nickel shows excellent corrosion resistance in alkaline solutions such as caustic soda, and also shows outstanding resistance against highly pure halogen gas and non-oxidizing acids. It is used in wide areas such as caustic soda concentration containers. The main features of the various types of pure nickel are indicated below.
Ni200 | Normal pure nickel for industrial use. |
Ni201 | Low-carbon nickel. For its high thermal stability (315°C or above), it is used for equipment utilized at temperatures 315°C or higher. |
Ni | Precipitation hardening type alloy material made by adding small amounts of aluminum and titanium. It is used for parts that require a high level of strength such as bolts and springs. |
Material | Specific gravity |
Melting temperature range |
Specific heat cal/(g/°C) |
Coefficient thermal expansion (Temperature range) (×10-6/°C) |
Specific thermal conductivity |
Electrical Resistivity μΩ/cm |
---|---|---|---|---|---|---|
NC-Ni (Ni200) |
8.88 | 1435∼1446 | 0.109 | 13.9 (21∼201) |
0.16 | 10.0 |
LC-Ni (Ni201) |
8.88 | 1435∼1446 | 0.109 | 13.3 (21∼93) |
0.16 | 10.0 |
Mechanical Properties
Material and shape | Tensile strength N/mm2(kgf/mm2) | Yield Strength (0.2% offset) N/mm2 (kgf/mm2) | Elongation % | Hardness HRB |
---|---|---|---|---|
NC-Ni Plate / Bar / Pipe (Annealed) | ≧380(≧38.7) | ≧105(≧10.5) | ≧40 | Reference 90∼140 |
LC-Ni Plate / Bar / Pipe (Annealed) | ≧350(≧35.2) | ≧80(≧8.4) | ≧40 | Reference 75∼135 |
NC-Ni Pipe (Stress relieved) | ≧450(≧45.7) | ≧280(≧28.1) | ≧15 | - |
LC-Ni Pipe (Stress relieved) | ≧410(≧42.1) | ≧210(≧21.1) | ≧15 | - |