Aromatic Chemicals, Organic and Inorganic Chemicals, Laboratory Chemicals

AROMATIC CHEMICALS

ORGANIC & INORGANIC CHEMICALS

OLEO CHEMICALS

PRESERVATIVES

STARCH

OTHERS

ORGANIC CHEMICALS

» Titanium dioxide- Rutile Grade

Titanium Dioxide is White powder with crystallographic from of rutile non-toxic, nonflammable and chemically inactive surface treated with aluminium compounds (in amount 3% as AI2So3) and modified with hydrophilic organic compounds.

Product Characteristics

Test

Titanium Dioxide content

Matter Voiatile or 105 Degree C

Matter Soluble in Water

Residue on Sieve of 45 cm

Lightness

Full Shade (Colour tinge of white system)

Relative Scattering power *

Lightening Power

Undertone (Colour tinge of grey system)

pH value of aqueous suspension

Oil absorption g/100g of pigment

Resistively of aqueous extract (0hm 8 cm)

Normal Value
Minimum 95.0% of which rutile 98.0%
Maximum 0.5%
Maximum 0.5 %
Maximum 0.02%
Maximum 95.5 %
-7.0
100
1850
3.5
7.5
21
Minimum 12,000

Additional Information

Titanium Dioxide Rutile Grade particularly recommended for interior paints, both water and solvent borne, air-drying enamels, stowing enamels, high-soiled paints, coil coating, wood coating ,power coating, road marking paints, high gloss printing inks.

Titanium Dioxide Rutile Grade can be utilized for pigmentation of plastic ( soft PVC, plastisois, polyoiefins, unsaturated polyesters, polyesters, polystyrenes),pigment has brand application in paper industry and in leather industry.

Titanium dioxide- Anatase Grade Component (Item)

ZNO	: 99.00%	Cuo	: 0.00045%
FE203	: 1.0048%	Mno	: 0.00032%
H2O	: 0.19%	Cr203	: 0.00022%
Resdue (323 mesh)	: 0.005%	Lgnition Loss	: 0.13%
K2O	: 0.31%	Particle Size	: 0.337 microns
TIO2	: 0.0063%	W.D.	: 86.5%
P205	: 0.22%	Whiteness	: 97.1%
S03	: 0.12%	H.P.	: 314 Cm2/g
CaO	: 0.01%	O.A.	: 21.2 cc/100g
A12 03	: 0.06%	PH	: 7.40
PbO	: 0.005%

Applications

•	COATINGS : This is utilized in various types of coatings such as in industrial enamels , interior architectural.
•	PAPER : Imparts high whiteness and opacity in filled and coated paper boards. Excellent property of small-uniform particles, chemical stability, low moisture absorption makes it ideal for use in paper industries.
•	RUBBER : Excellent high brightness, optimum particle size and chemical stability characteristics are specially desirable in both dry copounded and latex dried rubber product.
•	PLASTCS : Excellent high brightness, optimum particle size and chemical stability is useful to many resin-polycofin, pelystyrene and poly vinychlorides.