Plasma cladding can achieve arc temperatures as high as 24,000 K (approximately 23,727°C).
Plasma cladding uses a compressed electric arc as its heat source, with a temperature range concentrated between 18,000 and 24,000 K (Kelvin), equivalent to approximately 17,727-23,727°C. This extreme high temperature can instantly melt all known metallic materials, achieving highly efficient cladding.
Key Parameter Description:
1. Temperature Range: 18000-24000K (Thermodynamic Temperature Scale)
2. Celsius Temperature Conversion: K value minus 273 (approximately 17727-23727°C)
3. Heat Source Characteristics: High-energy-density arc formed by mechanical/electromagnetic compression
4. Comparative Advantages: Temperature increase of over 200% compared to ordinary arc welding (approximately 5000-8000K)
Technical Basis: Plasma arcs reduce the arc cross-section through forced compression, significantly increasing the current density, with unit energy reaching 10^5-10^6 W/cm². The working gas (mostly an argon-hydrogen mixture) ionizes to form a continuous high-temperature jet, which, in conjunction with the wire feeding system, achieves metallurgical bonding between the cladding layer and the substrate.
Note: Actual operating temperatures need to be adjusted according to equipment power (commonly 30-400kW), gas ratio, and process parameters, but will not exceed the above theoretical range.