General purpose, Coating, PVC, Ink, Plastic, Different Usage Titanium Dioxide

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Titanium Dioxide with wide applications
1, CAS 13463-67-7
2, Rutile, Anatase
3, Soleplate, Chloride process
4, TiO2 90-99%

Titanium Dioxide with widely application, General purpose, Coating, PVC, Ink, Plastic, Paper making, Masterbatch, etc

Characteristics of Titanium Dioxide

Adopting Zinc Chemicals to salt treatment.

Good gloss and hiding Power, anti-chalking, and ease of dispersion in plastics and rubber.

Surface treatment: Alumina, Lipophilicly modified.

Applications of Titanium Dioxide

Masterbatch, Plastics, Rubber, Color Paste, Solven-based printing inks.

Classifications

IS0 591, R2

ASTM D-476-84, Type 2

Inorganic surface treatment	Al2O3, ZrO2
Organic surface treatment	Yes
TiO2 content,%(m/m)	≥94
Brightness	≥94.5
Tint reducing power, Reynolds number, TCS	≥1940
Volatile matters at105·C,%(m/m)	≤0.5
Water soluble,%	≤0.5
PH value of water suspension	6.5-8.5
Oil absorption value,g/100g	≤18
Electrical resistance of aqueous extract,Ωm	≥80
Residue on the sieve(45um mesh),%(m/m)	≤0.02
Rutile content,%	98.5
Whiteness,(compared with standard sample)	No less than
Oil dispersible power,%	6.0
Index controlled by the company Gardner of dry power

Q: What is called transition metal oxide doping: The so-called dopant oxide is doped with impurities in oxides, such as the incorporation of trivalent Al in ZnO, and the doping of oxides can affect and alter the original properties.

Q: What is salt oxide, what is not salt oxide?: No salt oxide no corresponding acid and acid roots such as: NO, CO, NO2

Q: Oxide and organic peroxide signs: An organic compound containing -O-O-peroxy functional group formed by replacing hydrogen atoms in hydrogen peroxide with an organic group such as an alkyl group, an acyl group, an aromatic group or the like. Characterized by heating more than a certain temperature will decompose to produce oxygen free radicals, unstable, easy to break down. Chemical production of organic peroxides is mainly used for synthetic resin polymerization initiator, catalyst. In the field of polymer materials, it can be used as a radical polymerization initiator, graft reaction initiator, rubber and plastic cross-linking agent, unsaturated polyester curing agent and spinning grade polypropylene in the preparation of molecular weight and Molecular weight distribution regulator. Environmental pollution in the air under the action of light through the free radical reaction can produce peroxy nitrates compounds, photochemical oxidants in one of the species. On the skin, eyes, mucous membrane has a strong irritant, is an important pollutant in the atmosphere. Such substances are flammable and explosive dangerous goods, the use should pay attention to safety. Generally, the active oxygen content, activation energy, half-life and decomposition temperature were used as the basis of selection.

Q: Iron oxides and their properties: There are iron oxide, Fe3O4, in fact, is FeO · Fe2O3, magnetic black crystal

Q: Whether the metal oxides are alkaline oxides: Such as aluminum oxide, both with the acid reaction, but also and alkali reaction, is an amphoteric oxide

Q: Is SiO2 an amphoteric oxide?: Not though SiO2 reacts with HF but the reason for this reaction is not because H + is because Si and F-coordination generated SiF4 is very stable.

Q: What is the oxide: Elements and oxygen compounds are called oxides (and only two elements). Such as carbon dioxide (CO2), calcium oxide (CaO) Depending on the chemical nature of the oxide, the oxide according to whether the formation of salt with water and the type of salt can be divided into acidic oxides, alkaline oxides, amphoteric oxides and non-salt oxides [1] four categories. There are also many complex oxides.

Q: Acidic oxide is a kind of oxide which can form acid or react with water to form salt and water. Generally non-metallic elements of oxides and certain transition metal elements of high-priced oxide. Such as sulfur trioxide SO3, phosphorus pentoxide P2O5, manganese dioxide Mn2O7, chromium trioxide CrO3 and so on. Most of the non-metallic oxides are acidic oxides. In our familiar non-metallic oxides, carbon monoxide and nitric oxide are not acidic oxides, and are usually classified as non-acid oxides.: Acid oxide corresponding to the hydrate is acid, such as CO2 corresponding to the hydrate is H2CO3, N2O5 corresponding hydrate is HNO3.

Q: Do not say fluorine gas, it is the strongest element, do not say that electronic anti-matter and current, authority ah: Chlorofluorinated Chloride C1F5 Chlorinated Fluorinated Chloride is a non-combustible, non-combustible colorless gas with strong irritating odor at room temperature. Its solid state is white and has a pale yellow color. It is rapidly hydrolyzed to form chlorine and hydrofluoric acid It is a strong oxidizing agent that reacts strongly with most of the inorganic matter, so that although it does not burn in the air, it can cause fire and explosion.

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