Safety Data Sheets (SDS)

Safety Data Sheets are sent out with every shipment of Voltaix® products. These sheets supply important information, which includes:
  • Composition and Exposure Guidelines
  • Hazards Identification
  • Potential Health Effects
  • First Aid Measures
  • Fire Fighting Measures
  • Accidental Release Measures
  • Handling and Storage
  • Exposure Control / Personal Protection
  • Physical and Chemical Properties
  • Stability and Reactivity
  • Toxicological Information
  • Ecological Information
  • Disposal Considerations
  • Transport Information
  • Regulatory Information

      1. Boron Trifluoride
      2. Boron Trifluoride, 11B
      3. Boron Trifluoride, 10B
      4. Boron Trifluoride less than 16.1% in Nitrogen
      5. Boron Trifluoride less than 16.1% in Hydrogen
      6. Boron Trifluoride less than 16.1% in Helium
      7. Boron Trifluoride less than 16.1% in Argon
      8. Boron Trifluoride greater than or equal to 80.6% in Silane
      9. Boron Trifluoride greater than or equal to 80.6% in Nitrogen
      10. Boron Trifluoride greater than or equal to 80.6% in Hydrogen
      11. Boron Trifluoride greater than or equal to 80.6% in Helium
      12. Boron Trifluoride greater than or equal to 80.6% in Argon
      13. Boron Trifluoride 80.6 in Argon
      14. Boron Trifluoride 26.9-80.59% in Silane
      15. Boron Trifluoride 26.9-80.59% in Nitrogen
      16. Boron Trifluoride 26.9-80.59% in Hydrogen
      17. Boron Trifluoride 26.9-80.59% in Helium
      18. Boron Trifluoride 26.9-80.59% in Argon
      19. Boron Trifluoride 16.1-26.89% in Nitrogen
      20. Boron Trifluoride 16.1-26.89% in Hydrogen
      21. Boron Trifluoride 16.1-26.89% in Helium
      22. Boron Trifluoride 16.1-26.89% in Argon
      23. Boron Trifluoride 16.1-26.9% in Silane
      24. Boron Trifluoride 0.2-16.1% in Silane
      1. Deuterated Diborane 0.4-1.5 % in Argon
      2. Deuterated Diborane 0.4-1.5 % in Helium
      3. Deuterated Diborane 0.4-1.5 % in Hydrogen
      4. Deuterated Diborane 0.4-1.5 % in Nitrogen
      5. Diborane 0.4-1.5% in Argon
      6. Diborane 0.4-1.5% in Helium
      7. Diborane 0.4-1.5% in Hydrogen
      8. Diborane 0.4-1.5% in Nitrogen
      9. Diborane greater than or equal to 0.4% in Hydrogen
      10. Diborane 1.6-2.67% in Argon
      11. Diborane 1.6-2.67% in Helium
      12. Diborane 1.6-2.67% in Hydrogen
      13. Diborane 1.6-2.67% in Nitrogen
      14. Diborane 2.67-8% in Argon
      15. Diborane 2.67-8% in Helium
      16. Diborane 2.67-8% in Hydrogen
      17. Diborane 2.67-8% in Nitrogen
      18. Diborane 8-40% in Argon
      19. Diborane 8-40% in Helium
      20. Diborane 8-40% in Hydrogen
      21. Diborane 8-40% in Nitrogen
      22. Diborane less than 0.4% in Argon
      23. Diborane less than 0.4% in Helium
      24. Diborane less than 0.4% in Nitrogen
      25. Diborane, 11B
      26. Diborane, deuterated
      27. Diborane
      28. Diborane-11B greater than or equal to 40% in Argon
      29. Diborane-11B greater than or equal to 40% in Helium
      30. Diborane-11B greater than or equal to 40% in Hydrogen
      31. Diborane-11B greater than or equal to 40% in Nitrogen
      32. Diborane-11B 0.4-1.5% in Argon
      33. Diborane-11B 0.4-1.5% in Helium
      34. Diborane-11B 0.4-1.5% in Hydrogen
      35. Diborane-11B 0.4-1.5% in Nitrogen
      36. Diborane-11B 1.6-2.66% in Argon
      37. Diborane-11B 1.6-2.66% in Helium
      38. Diborane-11B 1.6-2.66% in Hydrogen
      39. Diborane-11B 1.6-2.66% in Nitrogen
      40. Diborane-11B 2.67-7.99% in Argon
      41. Diborane-11B 2.67-7.99% in Helium
      42. Diborane-11B 2.67-7.99% in Hydrogen
      43. Diborane-11B 2.67-7.99% in Nitrogen
      44. Diborane-11B 8-39.99% in Argon
      45. Diborane-11B 8-39.99% in Helium
      46. Diborane-11B 8-39.99% in Hydrogen
      47. Diborane-11B 8-39.99% in Nitrogen
      48. Diborane-11B deuterated 1.6-2.66% in Argon
      49. Diborane-11B deuterated 1.6-2.66% in Helium
      50. Diborane-11B deuterated 1.6-2.66% in Hydrogen
      51. Diborane-11B deuterated 1.6-2.66% in Nitrogen
      52. Diborane-11B deuterated 2.67-7.99% in Argon
      53. Diborane-11B deuterated 2.67-7.99% in Helium
      54. Diborane-11B deuterated 2.67-7.99% in Hydrogen
      55. Diborane-11B deuterated 2.67-7.99% in Nitrogen
      56. Diborane-11B deuterated 8-40% in Argon
      57. Diborane-11B deuterated 8-40% in Helium
      58. Diborane-11B deuterated 8-40% in Hydrogen
      59. Diborane-11B deuterated 8-40% in Nitrogen
      60. Diborane-11B deuterated greater than or equal to 40% in Argon
      61. Diborane-11B deuterated greater than or equal to 40% in Helium
      62. Diborane-11B deuterated greater than or equal to 40% in Hydrogen
      63. Diborane-11B deuterated greater than or equal to 40% in Nitrogen
      64. Diborane-d 1.6-2.66% in Argon
      65. Diborane-d 1.6-2.66% in Deuterium
      66. Diborane-d 1.6-2.66% in Helium
      67. Diborane-d 1.6-2.66% in Hydrogen
      68. Diborane-d 1.6-2.66% in Nitrogen
      69. Diborane-d 2.67-7.99% in Argon
      70. Diborane-d 2.67-7.99% in Deuterium
      71. Diborane-d 2.67-7.99% in Helium
      72. Diborane-d 2.67-7.99% in Hydrogen
      73. Diborane-d 2.67-7.99% in Nitrogen
      74. Diborane-d 8-40% in Argon
      75. Diborane-d 8-40% in Deuterium
      76. Diborane-d 8-40% in Helium
      77. Diborane-d 8-40% in Hydrogen
      78. Diborane-d 8-40% in Nitrogen
      1. Deuterated Trimethylboron 0.54-13.9% in Argon.pdf
      2. Deuterated Trimethylboron 0.54-13.9% in Helium.pdf
      3. Deuterated Trimethylboron 0.54-13.9% in Hydrogen
      4. Deuterated Trimethylboron 0.54-13.9% in Nitrogen
      5. Trimethylboron (Compressed Gas)
      6. Trimethylboron (Liquefied Gas)
      7. Trimethylboron 0.54-13.9% in Argon
      8. Trimethylboron 0.54-13.9% in Helium
      9. Trimethylboron 0.54-13.9% in Hydrogen
      10. Trimethylboron 0.54-13.9% in Nitrogen
      11. Trimethylboron 14-23.29% in Argon
      12. Trimethylboron 14-23.29% in Helium
      13. Trimethylboron 14-23.29% in Hydrogen
      14. Trimethylboron 14-23.29% in Nitrogen
      15. Trimethylboron 14-23.29% in Silane
      16. Trimethylboron 23.3-69.99% in Argon
      17. Trimethylboron 23.3-69.99% in Helium
      18. Trimethylboron 23.3-69.99% in Hydrogen
      19. Trimethylboron 23.3-69.99% in Nitrogen
      20. Trimethylboron 23.3-69.99% in Silane
      21. Trimethylboron greater than or equal to 70% in Argon
      22. Trimethylboron greater than or equal to 70% in Helium
      23. Trimethylboron greater than or equal to 70% in Hydrogen
      24. Trimethylboron greater than or equal to 70% in Nitrogen
      25. Trimethylboron greater than or equal to 70% in Silane
      26. Trimethylboron less than 0.54% in Argon
      27. Trimethylboron less than 0.54% in Helium
      28. Trimethylboron less than 0.54% in Hydrogen
      29. Trimethylboron less than 0.54% in Nitrogen
      30. Trimethylboron less than 13.9%, Silane greater than 0.8% in Argon
      31. Trimethylboron less than 13.9%, Silane greater than 0.8% in Helium
      32. Trimethylboron less than 13.9%, Silane greater than 0.8% in Hydrogen
      33. Trimethylboron less than 13.9%, Silane greater than 0.8% in Nitrogen
      34. Trimethylboron less than 14% in Silane
      35. Trimethylboron, Deuterated (Compressed Gas)
      36. Trimethylboron, Deuterated (Liquefied Gas)
    1. Argon
    2. Deuterium
    3. Helium
    4. Hydrogen
    5. Nitrogen
      1. Digermane 0.25-6.2% in Argon
      2. Digermane 0.25-6.2% in Helium
      3. Digermane 0.25-6.2% in Nitrogen
      4. Digermane 6.2-10.3% in Argon
      5. Digermane 6.2-10.3% in Helium
      6. Digermane 6.2-10.3% in Hydrogen
      7. Digermane 6.2-10.3% in Nitrogen
      8. Digermane 10.3-31.1% in Argon
      9. Digermane 10.3-31.1% in Helium
      10. Digermane 10.3-31.1% in Hydrogen
      11. Digermane 10.3-31.1% in Nitrogen
      12. Digermane greater than or equal to 31.1% in Argon
      13. Digermane greater than or equal to 31.1% in Helium
      14. Digermane greater than or equal to 31.1% in Hydrogen
      15. Digermane greater than or equal to 31.1% in Nitrogen
      16. Digermane less than 0.5% in Nitrogen
      17. Digermane less than 0.25% in Argon
      18. Digermane less than 0.34% in Helium
      19. Digermane less than 6.2% in Hydrogen
      20. Digermane
      1. Germane 0.5-12.3% in Nitrogen
      2. Germane 0.25-12.3% in Argon
      3. Germane 0.34-12.3% in Helium
      4. Germane 12.4-20.6% in Argon
      5. Germane 12.4-20.6% in Helium
      6. Germane 12.4-20.6% in Hydrogen
      7. Germane 12.4-20.6% in Nitrogen
      8. Germane 20.7-62.1% in Argon
      9. Germane 20.7-62.1% in Helium
      10. Germane 20.7-62.1% in Hydrogen
      11. Germane 20.7-62.1% in Nitrogen
      12. Germane greater than or equal to 62.2% in Argon
      13. Germane greater than or equal to 62.2% in Helium
      14. Germane greater than or equal to 62.2% in Hydrogen
      15. Germane greater than or equal to 62.2% in Nitrogen
      16. Germane less than 0.5% in Nitrogen
      17. Germane less than 0.25% in Argon
      18. Germane less than 0.34% in Helium
      19. Germane less than 12.4% in Hydrogen
      20. Germane, deuterated
      21. Germane
      1. Germanium Tetrafluoride (Compressed Gas)
      2. Germanium Tetrafluoride (Liquefied Gas)
      3. Germanium Tetrafluoride 6.38-10.62% in Argon
      4. Germanium Tetrafluoride 6.38-10.62% in Helium
      5. Germanium Tetrafluoride 6.38-10.62% in Hydrogen
      6. Germanium Tetrafluoride 6.38-10.62% in Nitrogen
      7. Germanium Tetrafluoride 10.63-31.89% in Argon
      8. Germanium Tetrafluoride 10.63-31.89% in Helium
      9. Germanium Tetrafluoride 10.63-31.89% in Hydrogen
      10. Germanium Tetrafluoride 10.63-31.89% in Nitrogen
      11. Germanium Tetrafluoride greater than or equal to 31.90% in Argon
      12. Germanium Tetrafluoride greater than or equal to 31.90% in Helium
      13. Germanium Tetrafluoride greater than or equal to 31.90% in Hydrogen
      14. Germanium Tetrafluoride greater than or equal to 31.90% in Nitrogen
      15. Germanium Tetrafluoride less than 6.38% in Argon
      16. Germanium Tetrafluoride less than 6.38% in Helium
      17. Germanium Tetrafluoride less than 6.38% in Hydrogen
      18. Germanium Tetrafluoride less than 6.38% in Nitrogen
      19. Germanium Tetrafluoride, 72Ge (Compressed Gas)
      20. Germanium Tetrafluoride, 72Ge (Liquefied Gas)
      1. Dimethylsilane (Compressed Gas)
      2. Dimethylsilane (Liquefied Gas)
      1. Methylsilane (Compressed Gas)
      2. Methylsilane (Liquefied Gas)
      3. Methylsilane greater than 0.5% in Nitrogen
      4. Methylsilane greater than 0.25% in Argon
      5. Methylsilane greater than 0.34% in Helium
      6. Methylsilane in Hydrogen
      7. Methylsilane less than 0.5% in Nitrogen
      8. Methylsilane less than 0.25% in Argon
      9. Methylsilane less than 0.34% in Helium
      1. Tetramethylsilane
      1. Trimethylsilane (Compressed Gas)
      2. Trimethylsilane (Liquefied Gas)
      3. Trimethylsilane greater than 0.8% in Argon
      4. Trimethylsilane greater than 1% in Helium
      5. Trimethylsilane greater than 1.6% in Nitrogen
      6. Trimethylsilane in Hydrogen
      7. Trimethylsilane less than 0.8% in Argon (Liquefied Gas)
      8. Trimethylsilane less than 0.8% in Argon
      9. Trimethylsilane less than 1% in Helium (Liquefied Gas)
      10. Trimethylsilane less than 1% in Helium
      11. Trimethylsilane less than 1.6% in Nitrogen (Liquefied Gas)
      12. Trimethylsilane less than 1.6% in Nitrogen
      1. Ammonia Deuterated less than 5% in Argon
      2. Ammonia Deuterated less than 5% in Helium
      3. Ammonia Deuterated less than 5% in Nitrogen
      4. ND3 Deuterated Ammonia
      1. Methane Any - H2
      2. Methane greater than or equal to 9.1% in Argon
      3. Methane greater than or equal to 12.00% in Helium
      4. Methane greater than or equal to 14.3% in Nitrogen
      5. Methane less than 9.1% in Argon
      6. Methane less than 12.00% in Helium
      7. Methane less than 14.3% in Nitrogen
      8. Methane
    1. SO2 Sulphur Dioxide
    2. Stannane less than 1% in Hydrogen
    3. Trimethylboron 10B Compressed Gas
    1. Phosphine 0.4-0.67% in Argon
    2. Phosphine 0.4-0.67% in Helium
    3. Phosphine 0.4-0.67% in Hydrogen
    4. Phosphine 0.4-0.67% in Nitrogen
    5. Phosphine 0.4-67% in Silane
    6. Phosphine 0.67-2% in Argon
    7. Phosphine 0.67-2% in Helium
    8. Phosphine 0.67-2% in Hydrogen
    9. Phosphine 0.67-2% in Nitrogen
    10. Phosphine 0.67-2% in Silane
    11. Phosphine 2-10% in Argon
    12. Phosphine 2-10% in Helium
    13. Phosphine 2-10% in Hydrogen
    14. Phosphine 2-10% in Nitrogen
    15. Phosphine 2-10% in Silane
    16. Phosphine greater than or equal to 10% in Argon
    17. Phosphine greater than or equal to 10% in Helium
    18. Phosphine greater than or equal to 10% in Hydrogen
    19. Phosphine greater than or equal to 10% in Nitrogen
    20. Phosphine greater than or equal to 10% in Silane
    21. Phosphine less than 0.4% in Argon
    22. Phosphine less than 0.4% in Helium
    23. Phosphine less than 0.4% in Hydrogen
    24. Phosphine less than 0.4% in Nitrogen
    25. Phosphine less than 0.4% in Silane
    26. Phosphine
      1. Disilane (Compressed Gas)
      2. Disilane (Liquefied Gas)
      3. Disilane greater than 0.1% in Argon
      4. Disilane greater than 0.2% in Hydrogen
      5. Disilane greater than 0.2% in Nitrogen
      6. Disilane greater than 0.13% in Helium
      7. Disilane in Silane Mixtures (Compressed Gas)
      8. Disilane les than 0.2% in Nitrogen
      9. Disilane less than 0.1% in Argon
      10. Disilane less than 0.2% in Hydrogen
      11. Disilane less than 0.13% in Helium
      1. Silane greater than or equal to 0.5% in Argon
      2. Silane greater than or equal to 0.67% in Helium
      3. Silane greater than or equal to 1% in Hydrogen
      4. Silane greater than or equal to 1% in Nitrogen
      5. Silane greater than or equal to 1.0% in Deuterium
      6. Silane less than 0.5% in Argon
      7. Silane less than 0.67% in Helium
      8. Silane less than 1% in Hydrogen
      9. Silane less than 1% in Nitrogen
      10. Silane
      1. Silicon Tetrafluoride 9-14.9% in Argon
      2. Silicon Tetrafluoride 9-14.9% in Helium
      3. Silicon Tetrafluoride 9-14.9% in Hydrogen
      4. Silicon Tetrafluoride 9-14.9% in Nitrogen
      5. Silicon Tetrafluoride 15-44.9% in Argon
      6. Silicon Tetrafluoride 15-44.9% in Helium
      7. Silicon Tetrafluoride 15-44.9% in Hydrogen
      8. Silicon Tetrafluoride 15-44.9% in Nitrogen
      9. Silicon Tetrafluoride greater than or equal to 45% in Argon
      10. Silicon Tetrafluoride greater than or equal to 45% in Helium
      11. Silicon Tetrafluoride greater than or equal to 45% in Hydrogen
      12. Silicon Tetrafluoride greater than or equal to 45% in Nitrogen
      13. Silicon Tetrafluoride less than 9% in Argon
      14. Silicon Tetrafluoride less than 9% in Helium
      15. Silicon Tetrafluoride less than 9% in Hydrogen
      16. Silicon Tetrafluoride less than 9% in Nitrogen
      17. Silicon Tetrafluoride
      1. Trisilane greater than or equal to 0.1% in Argon
      2. Trisilane greater than or equal to 0.1% in Helium
      3. Trisilane greater than or equal to 0.1% in Hydrogen
      4. Trisilane greater than or equal to 0.1% in Nitrogen
      5. Trisilane less than 0.1 % in Argon
      6. Trisilane less than 0.1% in Helium
      7. Trisilane less than 0.1% in Nitrogen
      8. Trisilane
    1. Monochlorosilane
    2. Tetrasilane
    3. Trisilylamine
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