Q235 carbon steel powder
Q235 carbon steel powder
Q235 low-carbon steel is a common industrial general-purpose structural material. However, traditional gas-atomized Q235 powder has many satellite particles and high oxygen content, which is not conducive to high-density forming via HIP. PREP (Plasma Rotating Electrode Process) powder atomization can produce high-purity, high-sphericity powder, perfectly matching the requirements for HIP can filling and densification forming. HIP can batch-produce large, thick-walled Q235 components in a single run, with lower forming costs, making it more suitable for mass production of general structural blanks. In recent years, it has been gradually promoted and applied in the fields of engineering machinery and non-standard tooling manufacturing.
Excellent Corrosion Resistance · Superior Weldability · Hot Isostatic Pressing · Powder Metallurgy
Excellent Corrosion Resistance · Superior Weldability · Hot Isostatic Pressing · Powder Metallurgy
Process advantages
Process advantages
High sphericity ≥90%: Plasma rotating electrode atomization technology, excellent sphericity, very few satellite particles, uniform and dense powder spreading
High sphericity ≥90%: Plasma rotating electrode atomization technology, excellent sphericity, very few satellite particles, uniform and dense powder spreading
Hollow rate ≤0.1%: Plasma rotating electrode atomization technology, very few hollow powders, dense parts without pores
Hollow rate ≤0.1%: Plasma rotating electrode atomization technology, very few hollow powders, dense parts without pores
Excellent weldability and plasticity: mainstream welding processes such as manual arc welding and gas shielded welding
Excellent weldability and plasticity: mainstream welding processes such as manual arc welding and gas shielded welding
Oxygen content ≤70ppm: Low oxygen and nitrogen content, reducing the oxygen content of the formed part
Oxygen content ≤70ppm: Low oxygen and nitrogen content, reducing the oxygen content of the formed part
Carbon Steel Casting Defect Repair: HIP Densification Treatment, Mechanical Properties Restored to Forging Level After Repair
Carbon Steel Casting Defect Repair: HIP Densification Treatment, Mechanical Properties Restored to Forging Level After Repair
Powder morphology
Powder morphology
SEM image of Q235 powder prepared by PREP
SEM image of Q235 powder prepared by PREP
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