July 20, 2026
In extreme heat, where other materials falter, one metal stands resolute—tungsten. Renowned for its exceptional heat resistance, strength, and hardness, tungsten rods embody these properties, serving as indispensable components across advanced technological and industrial applications.
Far from ordinary metal bars, tungsten rods are precision-engineered foundations for high-performance applications. Their unique physical and chemical properties make them irreplaceable in discharge electrodes, electron tube anchors, TIG welding electrodes, and probes.
Manufactured from high-purity tungsten, these rods deliver optimal performance. Below are specifications for general-purpose tungsten rods:
| Code Name | Material Name | Tungsten Purity [%] | Diameter [mm] | Tolerance |
|---|---|---|---|---|
| TR | B001-T | ≥99.96 | D≤2 | JIS B405-m |
| R001-H | 2≤D≤40 | |||
| R580-G | 14≤D≤25 |
Note: Specifications are indicative; custom requirements are accommodated.
Optimized for electrical discharge machining (EDM), these rods reduce production costs by eliminating non-essential finishing steps while maintaining performance.
| Diameter [mm] | Diameter Tolerance | Length [mm] | Length Tolerance [mm] |
|---|---|---|---|
| φ0.050–0.100 | ±1 µm | 100–500 | ±1 |
| φ0.100–0.500 | ±1% of diameter |
Critical to TIG welding, these rods are prized for easy arc initiation, stability, and durability, excelling with aluminum, magnesium, and other light metals.
| Material Name | Symbol | Color | Welding Current | Welding Metal |
|---|---|---|---|---|
| Tungsten | YWP | Green | AC | Aluminum, magnesium, and other light metals |
Beyond standard offerings, specialized services include grinding, polishing, machining, bending, and brazing to meet application-specific needs.
Emerging technologies like nuclear fusion (as plasma-facing material) and microelectronics (tungsten nanowires and thin films) are expanding tungsten’s horizons.