Order Entry
United States
ContactUsLinkComponent
Buffered oxide etch (6:1) VLSI, with surfactant, J.T.Baker®
 
 
 
Buffered oxide etch (6:1) VLSI, with surfactant, J.T.Baker®
  JT5569-3
 :  Avantor
 :  
     
undefined
 
 
 
Buffered oxide etch (6:1) VLSI, with surfactant, J.T.Baker®
  JT5569-3
 :  Avantor
 :  
     

 

  • Pack type:
    Poly bottle
  • Size:
    9 lbs.
  • Cat. No.:
    JT5569-3
  • Supplier no.:
    5569-03

 

 

  • Ammonium Fluoride (NH₄F)(w/w):
    33.5 - 35.5 %
  • Hydrofluoric Acid (HF)(w/w):
    7.0 - 7.3 %
  • Residue after Ignition:
    ≤10 ppm
  • Trace Impurities - Aluminum (Al):
    ≤200.0 ppb
  • Arsenic and Antimony (as As):
    ≤30.0 ppb
  • Trace Impurities - Barium (Ba):
    ≤1000.0 ppb
  • Trace Impurities - Boron (B):
    ≤200.0 ppb
  • Trace Impurities - Cadmium (Cd):
    ≤500.0 ppb
  • Trace Impurities - Calcium (Ca):
    ≤200.0 ppb
  • Trace Impurities - Chromium (Cr):
    ≤100.0 ppb
  • Trace Impurities - Cobalt (Co):
    ≤500.0 ppb
  • Trace Impurities - Copper (Cu):
    ≤100.0 ppb
  • Trace Impurities - Gallium (Ga):
    ≤500.0 ppb
  • Trace Impurities - Germanium (Ge):
    ≤500.0 ppb
  • Trace Impurities - Gold (Au):
    ≤300.0 ppb
  • Heavy Metals (as Pb):
    ≤1000.0 ppb
  • Trace Impurities - Iron (Fe):
    ≤200.0 ppb
  • Trace Impurities - Lead (Pb):
    ≤300.0 ppb
  • Trace Impurities - Lithium (Li):
    ≤1000.0 ppb
  • Trace Impurities - Magnesium (Mg):
    ≤200.0 ppb
  • Trace Impurities - Manganese (Mn):
    ≤200.0 ppb
  • Trace Impurities - Nickel (Ni):
    ≤200.0 ppb
  • Trace Impurities - Potassium (K):
    ≤300.0 ppb
  • Trace Impurities - Silver (Ag):
    ≤500.0 ppb
  • Trace Impurities - Sodium (Na):
    ≤300 ppb
  • Trace Impurities - Strontium (Sr):
    ≤1000.0 ppb
  • Trace Impurities - Tin (Sn):
    ≤300.0 ppb
  • Trace Impurities - Titanium (Ti):
    ≤300.0 ppb
  • Trace Impurities - Zinc (Zn):
    ≤300.0 ppb
  • Particle Count - 1.0 µm and greater:
    ≤25 par/ml

 

 

 :
 :8,II
 :Management of Change (MOC) category = R
 :2922
 :GHS05
 :GHS06
 :GHS08