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| Customization: | Available |
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| Certification: | CE, RoHS, GS |
| Standard: | DIN |
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Overview:
Molybdenum wire is a high-performance electrode material specifically engineered for Wire Electrical Discharge Machining (Wire EDM or WEDM). It serves as the critical consumable component that electrically erodes conductive materials to achieve intricate cuts with exceptional precision and surface finish
Key Features & Advantages:
High Melting Point & Excellent Thermal Stability:
Molybdenum has an extremely high melting point (2623°C), allowing it to withstand the intense, localized heat of electrical discharges without significant deformation or breaking. This ensures stable and continuous machining.
Superior Tensile Strength:
The wire possesses remarkable tensile strength, enabling it to maintain stability under high wire tension. This reduces vibration and wire lag, resulting in improved straightness and accuracy, especially when cutting thick workpieces.
Good Electrical Conductivity:
It offers excellent electrical conductivity, facilitating efficient and consistent spark generation between the wire and the workpiece. This leads to predictable and controlled material removal.
High Surface Finish & Straightness:
Our molybdenum wire is manufactured to have a mirror-smooth surface and superior straightness. This minimizes arc discharges and short circuits, directly contributing to a finer surface finish on the machined part.
Consistent Diameter & Geometry:
The wire is produced with tight dimensional tolerances, ensuring a uniform spark gap. This consistency is crucial for achieving high-precision contours and maintaining dimensional accuracy throughout the production run.
1.Strict material selection
| Test Items | China National Standard | Test Result | Remark |
| Appearance | No Split | No | |
| No Crack | No | ||
| No Rag | No | ||
| Mo content | ≥99.95% | ≥99.97% | |
| Diameter | Φ0.177-Φ0.183mm | Φ0.179mm | |
| Tensile Strength | ≥3.9kg | ≥5.6kg | |
| Ductility | ≤5% | ≤3.4% | |
| Linearity | H>400mm | >400mm | Draping Method |
| Error in Length | ±3% | ±2% |