Série MAX Phase

  • Nb4AlC3 MAX Phase Powder

    Nb4AlC3 MAX Phase Powder Nb4AlC3 MAX Phase Powder is a layered ceramic-metallic material with excellent conductivity, mechanical strength, and thermal stability….

  • V4AlC3 MAX Phase Powder

    V4AlC3 MAX Phase Powder V4AlC3 MAX Phase Powder is a vanadium-rich layered carbide offering excellent thermal stability, mechanical strength, and conductivity….

  • Ta4AlC3 MAX Phase Powder

    Ta4AlC3 MAX Phase Powder Ta4AlC3 MAX Phase Powder is a tantalum-rich layered carbide offering excellent thermal stability, mechanical strength, and conductivity….

  • Ti4AlN3 MAX Phase Powder

    Ti4AlN3 MAX Phase Powder Ti4AlN3 MAX Phase Powder is a titanium-aluminum nitride material with excellent conductivity, mechanical strength, and oxidation resistance….

  • Mo2V2AlC3 MAX Phase Powder

    Mo2V2AlC3 MAX Phase Powder Mo2V2AlC3 MAX Phase Powder is a molybdenum–vanadium layered carbide with excellent thermal stability, conductivity, and mechanical strength….

  • Mo2Nb2AlC3 MAX Phase Powder

    Mo2Nb2AlC3 MAX Phase Powder Mo2Nb2AlC3 MAX Phase Powder is a high-performance ceramic-metallic compound with good conductivity, thermal stability, and oxidation resistance….

  • TiVAlC MAX Phase Powder

    TiVAlC MAX Phase Powder TiVAlC MAX Phase Powder is a high-performance material with good conductivity, toughness, and oxidation resistance, making it…

  • TiNbAlC MAX Phase Powder

    TiNbAlC MAX Phase Powder TiNbAlC MAX Phase Powder is a titanium–niobium layered carbide with high conductivity, oxidation resistance, and mechanical strength,…

  • Mo2TiAlC2 MAX Phase Powder

    Mo2TiAlC2 MAX Phase Powder Mo2TiAlC2 MAX Phase Powder is a molybdenum–titanium layered carbide with excellent thermal stability, conductivity, and oxidation resistance,…