Boric Acid
bacid Boric Acid, also called Boracic Acid or Orthoboric Acid, is a mild acid that exists in the form of colorless crystals or a white powder and dissolves in water.

Available in crystalline (granular) or powder form, Boric Acid has the chemical formula H3BO3, sometimes written B(OH)3. When occurring as a mineral, it is called Sassolite.

Chemical Composition - TYPICAl


  Normal Sulphate
Low Sulphate
Purity 99,90 % min
99,90 % min
B2O3
56.25 % min
56.25 % min
SO4
500 ppm max
130 ppm max
Cl
15 ppm max
15 ppm max
Fe
20 ppm max
10 ppm max

PHYSICAL PROPERTIES & SIZE DISTRIBUTION - CRYSTALLINE


Molecular Weight
61.83
61.83
Specific Gravity
1.435 gr/cm3 1.435 gr/cm3
Bulk Density
0.8 gr/cm3 0.8 gr/cm3
Fraction / +1 mm
4% max
4% max
Fraction / -0.060 mm
4% max 5% max

PHYSICAL PROPERTIES & SIZE DISTRIBUTION - powder


Molecular Weight 61.81
 
Specific Gravity
1.435 gr/cm3  
Bulk Density 0.7 gr/cm3  
Fraction / +1 mm 0%
 
Fraction / -0.060 mm 30% min  

DELIVERY & PACKAGING


FOB Turkish ports or CFR in 25-50 kgs bags/big-bags.

USES OF BORIC ACID


  • bacid Chemicals (Borates, water-glass manufacture, nitric acid from saltpeter with simultaneous production of borax),
  • Ceramic glazes,
  • High grade cements capable of taking high polishes,
  • Impregnating wicks of stearin candles,
  • Glass pastes and special glasses,
  • Intermediates,
  • Laundry starch glazes,
  • Leather preparation of hides prior to tanning (leather-dressing compounds),
  • Artificial precious stones,
  • Metallurgy (Welding flux, brazing copper, enamel coatings on iron),
  • Fireproofing compositions and linings for safes,
  • Pigments (Guinet’s green, borated ultramarine),
  • Enamel paints,
  • Manufacture of imitation hard wood from soft wood,
  • Paper glazes,
  • Medicine,
  • Cosmetics,
  • Soaps,
  • Textiles (Fireproofing, mordant, solvent bleach),
  • Fiberglass insulation.