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  • Application of TRIS-HCl|CAS:1185-53-1| in Biotechnology
    Application of TRIS-HCl|CAS:1185-53-1| in Biotechnology

    2022-11-15

    TRIS-HCl (CAS: 1185-53-1) is an organic compound with molecular formula of C4H11NO3 and molecular weight of 157.6. TRIS-HCl is an important biological buffer and can also be used as an organic synthesis intermediate. In addition, it can also be used for the growth of protein crystals under different pH conditions and the formation of intermediate fibers of nematode lamin. In addition, TRIS-HCl is ...
  • Application of TRIS-HCl|CAS:1185-53-1| in Seawater Desalination
    Application of TRIS-HCl|CAS:1185-53-1| in Seawater Desalination

    2022-11-15

    TRIS-HCl (CAS: 1185-53-1) is an organic compound with molecular formula of C4H11NO3 and molecular weight of 157.6. TRIS-HCl is an important biological buffer and can also be used as an organic synthesis intermediate. In addition, it can also be used for the growth of protein crystals under different pH conditions and the formation of intermediate fibers of nematode lamin. In addition, TRIS-HCl is ...
  • Application of TRIS-HCl |CAS:1185-53-1|in the field of biomedicine
    Application of TRIS-HCl |CAS:1185-53-1|in the field of biomedicine

    2022-11-09

    TRIS-HCl is an organic compound with molecular formula C4H11NO3 and molecular weight 157.6. TRIS-HCl is an important biological buffer and can also be used as an intermediate in organic synthesis. TRIS-HCl can also be used for protein crystal growth and the formation of intermediate fibers of nematode nuclear lamina protein under different pH conditions. In addition, TRIS-HCl is also an intermedia...
  • Application of TRIS-HCl|CAS:1185-53-1| in the field of composite materials
    Application of TRIS-HCl|CAS:1185-53-1| in the field of composite materials

    2022-11-09

    TRIS-HCl is an organic compound with molecular formula C4H11NO3 and molecular weight 157.6. TRIS-HCl is an important biological buffer and can also be used as an intermediate in organic synthesis. Tris HCl can also be used for protein crystal growth and the formation of intermediate fibers of nematode nuclear lamina protein under different pH conditions. In addition, TRIS-HCl is also an intermedia...
  • Application of Parylene F|CAS:1785-64-4| in the field of military equipment
    Application of Parylene F|CAS:1785-64-4| in the field of military equipment

    2022-10-31

    Parylene series materials have excellent physical and mechanical properties, optics, solvent resistance, salt fog resistance, water vapor insulation, electrical insulation and other characteristics. Over the years, they have been widely used in aerospace, microelectronics, semiconductors, sensors, medical equipment, cultural relics protection and other fields. According to the different molecular ...
  • Application of Parylene F |CAS:1785-64-4|in battery field
    Application of Parylene F |CAS:1785-64-4|in battery field

    2022-10-31

    Parylene series materials have excellent physical and mechanical properties, optics, solvent resistance, salt fog resistance, water vapor insulation, electrical insulation and other characteristics. Over the years, they have been widely used in aerospace, microelectronics, semiconductors, sensors, magnetic materials, medical equipment, cultural relics protection and other fields. According to the ...
  • Application of Parylene F|CAS:1785-64-4| in Lighting Technology
    Application of Parylene F|CAS:1785-64-4| in Lighting Technology

    2022-10-25

    Parylene series materials have excellent physical and mechanical properties, optics, solvent resistance, salt fog resistance, water vapor insulation, electrical insulation and other characteristics. Over the years, they have been widely used in aerospace, microelectronics, semiconductors, sensors, magnetic materials, medical equipment, cultural relics protection and other fields. According to the ...
  • Application of Parylene F|CAS:1785-64-4| in Semiconductor Field
    Application of Parylene F|CAS:1785-64-4| in Semiconductor Field

    2022-10-25

    Parylene series materials have excellent physical and mechanical properties, optics, solvent resistance, salt fog resistance, water vapor insulation, electrical insulation and other characteristics. Over the years, they have been widely used in aerospace, microelectronics, semiconductors, sensors, magnetic materials, medical equipment, cultural relics protection and other fields. According to the ...
  • Application of Parylene F|CAS:1785-64-4| in the field of medical devices
    Application of Parylene F|CAS:1785-64-4| in the field of medical devices

    2022-10-09

    Parylene series materials have excellent physical and mechanical properties, optics (light transmittance above 90%), solvent resistance, salt spray resistance, water vapor isolation ability, electrical insulation and other characteristics. It has a wide range of applications in electronics, semiconductors, sensors, magnetic materials, medical equipment, cultural relics protection and other fields....
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