Audited Supplier
Hafnium Wire
Coil
AISI, ASTM, DIN, JIS, GB, BS
Hot Rolled
Polished
High-strength Steel Plate, Wear Resistant Steel, Silicon Steel, Cold Heading Steel, Free Cutting Steel, Mold Steel
Hafnium Wire
Hafnium Wire Wound Shafts
Hafnium
Dark Grey Wire
178.49
13.31g/cm3
Requirements
1.07-3mm
99.99%
Bright
Hafnium
High-Temperature Resistance, Corrosion Resistance
>99.99%
Plasma Cutting
Customizable
TAIZEHUI
Standard Packaging or Customized
Standard specifications or customized
Baoji, China
Product Description
HAFNIUM WIRE
Hafnium wire diameters include Φ2.032mm, Φ1.595mm, Φ2.69mm, Φ1.2mm, Φ1.07mm, Φ2.5mm, Φ2.3mm, and Φ3.0mm; the required specifications and sizes can be processed according to customer requirements; Hafnium wire is used in the plasma cutting industry; Hafnium wire is used in the evaporation coating industry; Hafnium wire can be used as a product additive.
Hafnium wire diameters include Φ2.032mm, Φ1.595mm, Φ2.69mm, Φ1.2mm, Φ1.07mm, Φ2.5mm, Φ2.3mm, and Φ3.0mm; the required specifications and sizes can be processed according to customer requirements; Hafnium wire is used in the plasma cutting industry; Hafnium wire is used in the evaporation coating industry; Hafnium wire can be used as a product additive.
| HAFNIUM WIRE SPECIFICATIONS | |
| Product Name | Hafnium Wire |
| Keywords | Hafnium Wire Wound Shafts |
| Material | Hafnium |
| Color | Dark Grey Wire |
| Molecular Weight | 178.49 |
| Density | 13.31g/cm3 |
| Size Customers | Requirements |
| Thickness | 0.2-10mm Selectable |
| Purity | 99.99% |
| Surface | Bright |
| Grade | Hafnium |
| Advantages | High-Temperature Resistance, Corrosion Resistance |
| Hf+Zr Content | >99.99% |
| Main Application | Plasma Cutting Welding |
| OEM | Customizable |
| We support customization of hafnium wire of various specifications and uses | |
PURITY REQUIREMENTS:
High purity is a key indicator, and the purity of hafnium wire is generally required to be 99.9% or above. High-purity hafnium wire can ensure good conductivity and stability during plasma cutting, reduce the impact of impurities on the cutting effect, make the cutting process smoother, and the cutting quality is higher.
High purity is a key indicator, and the purity of hafnium wire is generally required to be 99.9% or above. High-purity hafnium wire can ensure good conductivity and stability during plasma cutting, reduce the impact of impurities on the cutting effect, make the cutting process smoother, and the cutting quality is higher.
DIMENSIONAL ACCURACY:
Diameter accuracy: The diameter of the hafnium wire needs to maintain a high consistency, and the diameter error should usually be controlled within a very small range. For example, for some common plasma cutting applications, the diameter of the hafnium wire may require an accuracy of ±0.05mm or even higher to ensure stable current transmission during the cutting process and ensure the stability and uniformity of the cutting arc.
Length accuracy: According to different plasma cutting equipment and process requirements, the length of the hafnium wire also needs to be precisely controlled. Too long or too short hafnium wire may affect the normal operation of the equipment and the cutting effect.
Diameter accuracy: The diameter of the hafnium wire needs to maintain a high consistency, and the diameter error should usually be controlled within a very small range. For example, for some common plasma cutting applications, the diameter of the hafnium wire may require an accuracy of ±0.05mm or even higher to ensure stable current transmission during the cutting process and ensure the stability and uniformity of the cutting arc.
Length accuracy: According to different plasma cutting equipment and process requirements, the length of the hafnium wire also needs to be precisely controlled. Too long or too short hafnium wire may affect the normal operation of the equipment and the cutting effect.
SURFACE QUALITY:
Finish: The surface of the hafnium wire should have a high finish, without obvious scratches, pits, burrs, and other defects. The smooth surface can reduce the energy loss of the current during transmission, reduce the local discharge caused by the uneven surface, and improve the cutting efficiency and quality.
Cleanliness: The surface should be kept clean and free of impurities such as oil, dust, and oxides. These impurities will affect the conductivity and welding performance of the hafnium wire, resulting in an unstable arc and poor cutting effect during plasma cutting.
Finish: The surface of the hafnium wire should have a high finish, without obvious scratches, pits, burrs, and other defects. The smooth surface can reduce the energy loss of the current during transmission, reduce the local discharge caused by the uneven surface, and improve the cutting efficiency and quality.
Cleanliness: The surface should be kept clean and free of impurities such as oil, dust, and oxides. These impurities will affect the conductivity and welding performance of the hafnium wire, resulting in an unstable arc and poor cutting effect during plasma cutting.
MECHANICAL PROPERTIES:
Strength: The hafnium wire needs to have sufficient strength to withstand the mechanical and thermal stresses generated during plasma cutting. Hafnium wire with insufficient strength may break or deform during the cutting process, affecting normal cutting.
Toughness: Good toughness can make the hafnium wire not easy to break when subjected to external forces. Especially during installation and use, the hafnium wire needs to have a certain toughness to adapt to various complex working conditions.
Strength: The hafnium wire needs to have sufficient strength to withstand the mechanical and thermal stresses generated during plasma cutting. Hafnium wire with insufficient strength may break or deform during the cutting process, affecting normal cutting.
Toughness: Good toughness can make the hafnium wire not easy to break when subjected to external forces. Especially during installation and use, the hafnium wire needs to have a certain toughness to adapt to various complex working conditions.
WELDING PERFORMANCE:
In the process of making plasma-cutting electrodes, hafnium wire needs to be welded with other parts. Therefore, hafnium wire should have good welding performance and can be firmly welded with other metal materials. For example, in some non-vacuum brazing processes, hafnium wire needs to be welded with a copper matrix, which requires the hafnium wire to be fully combined with the solder during the welding process to form a firm weld to ensure the reliability and service life of the electrode.
In the process of making plasma-cutting electrodes, hafnium wire needs to be welded with other parts. Therefore, hafnium wire should have good welding performance and can be firmly welded with other metal materials. For example, in some non-vacuum brazing processes, hafnium wire needs to be welded with a copper matrix, which requires the hafnium wire to be fully combined with the solder during the welding process to form a firm weld to ensure the reliability and service life of the electrode.
Q1. How can we ensure the quality of the product? A1.All products will go through a strict testing process, if you need, we can provide you with a quality testing report.
Q2.Can I get a sample before I place an order?
A2.Of course! If it is a normal size and we have stock in the warehouse, we will supply a sample free of charge.
Q3. What property makes hafnium ideal for high-temperature applications?
A3. Its high melting point makes it ideal for such applications. It actually can withstand up to 2200°C without losing strength.
Q4. Are hafnium alloys corrosion-resistant?
A4. Yes. Their corrosion-resistant properties have made people in the industry use them in extreme environments like aerospace and chemical industries.
Q5. What is the impact of hafnium on the semiconductor industry?
A5. The addition of hafnium in thin films is a game changer. It enhances the dielectric constant hence improving the performance of advanced semiconductor devices.
Q6. How does hafnium compare with tungsten in aerospace?
A6. Both metals have a sturdy build, making them ideal for high-stress applications. However, a combination of tungsten and hafnium creates resistive ignition for better efficacy.
