Product Data Sheet For Barium Titanate CP Grade
BARIUM TITANATE
Product Application - Catalyst Passivation
Barium Titanate can be incorporated into the formulation of Fluid Cracking Catalysts to reduce the poisoning effects of Vanadium and Nickel contained in the hydrocarbon feedstock.
Additions of 5-10% to the zeolite support matrix will arrest the mobile contaminant ions at regenerator temperatures, preventing reaction with the zeolite and reduction of activity.
For the refiner, Fluid Cracking Catalysts treated with Titanates will reduce both Hydrogen production and Coking, whilst making substantial savings in fresh catalyst make-up. (Further details on request.)
NB Current Patents may be applicable to the manufacture of certain FCC formulations containing Titanates.
Typical Analysis - CP. Grade (a high purity, fine particle size powder with excess Titania stoichiometry)
Percentage by weight
|
Barium Oxide
|
BaO
|
64.28
|
|
Titanium Dioxide
|
TiO 2
|
34.40
|
|
Alumina
|
A1 2 O 3
|
0.20
|
|
Silica
|
SiO 2
|
0.13
|
|
Strontia
|
SrO
|
0.95
|
|
Calcium Oxide
|
CaO
|
0.05
|
|
Magnesia
|
MgO
|
0.07
|
|
Sodium Oxide
|
Na 2 O
|
0.05
|
(BaO+SrO : TiO 2 mol.ratio =1.01)
Physical Properties
|
Specific Gravity
|
6.01
|
|
Melting Point
|
1705°C
|
|
Loss on ignition
|
<0.5% (1 hr at 1000°C)
|
Particle Size Distribution
90% less than 5.0 microns 50% less than 2.0 microns 10% less than 1.0 microns
Handling and Safety
A safety data sheet is available on request.
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Product Code: BATI03-3
