Rutile Titanium Dioxide Exterior Emulsion TiO2 Paint

Product Description

1.Product Name: Titanium Dioxide
2.CAS NO: 13463-67-7
3.Application:
1) In paint industry, It is used as white pigment and glaze of porcelain.
2) It can also be used as coating and filling in paper-making industry to help paper to be printable and opaque.
3) In metallurgical industry, it can be used to make spongy titanium, alloy of titanium and iron and hard alloy, etc.
4) It can also be used to make nonconductor, electric welding rod and porcelain enamel.
5) It can also be used in synthetic fibre, plastic, rubber, printing, dying, cosmetics and food additives.

Brightness	97.5 min
TiO2 Contents	94% Min
pH	6.5-8.5
Tinting-Strength	1800 Min
Rutile Contents	97.5% Min
Oil Absorption	19.5G/100g Max
Residue 45um	0.02% Max

Application Exclusive use for plastics
Mainly applied in a broad range of plastics such as PVC, flexible PVC, PE, PS, and PU
Used in masterbatches, polyolefin thin film, and ABS engineering plastics
Also available in rubber, printing ink, and leather color paste
Titanium dioxide (TiO2) is an important inorganic chemical product, which has important applications in coatings, inks, paper, plastics, chemicals, ceramics and other industries. The main component of titanium dioxide is a white pigment of titanium dioxide (TiO2). The molecular formula is TiO2, which is a polycrystalline compound whose particles are regularly arranged and have a lattice structure. Titanium dioxide has the lowest relative density. The production process of titanium dioxide has two routes of sulfuric acid method and chlorination method. Titanium dioxide is extremely chemically stable and is an acidic amphoteric oxide. It does not react with other elements and compounds at room temperature, and has no effect on oxygen,nitrogen, hydrogen sulfide, carbon dioxide . It is insoluble in water, fat, insoluble in dilute acid and inorganic acid and alkali, and soluble in hydrogen only. Fluoric acid. However, under the action of light, titanium dioxide can undergo continuous redox reaction and has photochemical activity. This photochemical activity is particularly evident in the case of anatase titanium dioxide under ultraviolet irradiation. This property makes titanium dioxide a photosensitive oxidation catalyst for certain inorganic compounds and a photoreduction catalyst for certain organic compounds.