TITAN RUTIL

TITAN RUTIL

CAS NO.: 13463-67-7 
EC/LIST NO.: 236-675-5

Titan Rutil (TiO2) Titanium dioxide, which is used as a colorant, is also known as titanium white. 
Besides as a food colorant, it is also used as a dye and sunscreen. 
Titan Rutil is widely used because it visibly emits color from light, imparts whiteness, gloss and opacity to paints and coatings. 
Safe passage of crude Titan Rutil, titanium tetrachlorine is achieved. 
These two processes are carried out as sulfate and chlorine processes. 
Commercial Titan Rutil is not pure, it is a synthetic pigment.

Titan Rutil is a chemical that can be found in nature as a mineral in different crystal structures. 
Titan Rutil is found in three forms as rutile, anatase and brookite in nature, but anatase and rutile forms have been widely used and studied.

Titan Rutil is usually black when mined, but in pure form it is a white powder. 
Titan Rutil is the oxidized state of titanium metal and has a high refractive index. 
Therefore, it is used in paint making and pigments. 
Titan Rutil  is estimated that it is used in two-thirds of all pigments in the world.

The refractive index of Titan Rutile rutile is higher than anatase, and it is also harder than anatase. 
Therefore, Titan Rutil is more successful as a rutile pigment.

Titan Rutil is a synthetic colorant. 
Titan Rutil is used in paint, food and cosmetics industry to add whiteness and opacity. 
Titan Rutil is in the form of white powder. 
Resistant to discoloration under UV light.

Main use of Titan Rutil. Besides the paint and food industry, it is widely used in tile and ceramic glazes. 
Titan Rutil is used as a mattifying and crystal forming agent in ceramic glazes. 
Titan Rutil gives white in lead-free glazes and light yellow in leaded glazes. 
With the addition of Titan Rutil, it gives different colors to glazes colored with various oxides.

Titan Rutil is a food colorant known with the food additive code E171. 
Titan Rutil used as a colorant is also known as titanium white.

Titan Rutil is generally used in the production of elastic plastic, paint and ink in the production of plastic windows and doors. 
Packing: In 25kg bundles, 1000kg/pallet on pallet.
Storage: The storage area should be a closed area that is not affected by moisture and rain. 
The product should be consumed within 3 years from the date of production.

Titan Rutil is a naturally occurring mineral and is used as a sunscreen agent in many areas. 
Thanks to its high refractive index, it has made it an indispensable component in formulas used for whitening.

Titan Rutils molecular formula is TiO2. 
Titan Rutil is derived from minerals found naturally or in a number of Crystalline forms. 
Because naturally occurring oxide crystals can be leavened and derive commercially used Titan Rutil.

Titan Rutil E Code= E 171.

The universal product with the highest optical properties and excellent durability for interior and exterior applications. 
Titan Rutil has high tint strength and high gloss, excellent opacification power.

Apps:
Interior and exterior industrial maintenance coatings Interior and exterior architectural coatings,
Solvent and water based coatings

Titan Rutil is a titanium element that has reacted with oxygen, whose chemical formula is TiO2.
The most important use of this compound is solar cells.
Nano-technological paints take their properties from Titan Rutil.
Prevents UVA and UVB rays

Titan Rutil (TiO2) is a food colorant known by the food additive code E171. 
Titan Rutil, used as a colorant, is also known as titanium white. 
In addition to its use as a food colorant, it is also used in the production of paint and sun lotion. 
Titan Rutil is widely used because it effectively scatters visible light and imparts whiteness, gloss and opacity to paints and coatings. 
Crude Titan Rutil is obtained by purification of titanium tetrachlorine. 
This process is carried out in two types as sulfate and chlorine processes. 
Commercial Titan Rutil is not pure, it is a synthetic pigment. 
The biggest expense in the purchasing budgets of paint manufacturers is Titan Rutil.
Titan Rutils use is predominantly in building/construction (50% of purchase) and industrial (30% of purchase) paints. 
Titan Rutil is used less frequently in automotive and furniture paints.
In the food sector, Titan Rutilis used in many white products such as candies, chewing gum, baking powder, and white chickpeas.
Provided that the most important function of Titan Rutil is pigment, it can be used in both paint and coating as well as plastic, paper, ink, fiber, medicine (in pills and tablets), food and cosmetic products; 
Titan Rutil provides brightness, whiteness and opacity. 
Titan Rutil is the most widely used white pigment in the world. 
Only diamonds have a greater refractive index than Titan Rutil. 
The refractive index is a measure of the bending ability of light.
In this way, opacity and covering ability are provided. 
Only magnesium oxide is whiter than Titan Rutil. 
However, the refractive index of this material is much lower than that of Titan Rutil. 
This means that much more magnesium oxide is required to achieve the desired opacity.
Therefore, in practice, Titan Rutil is preferred. 
Thanks to this feature, Titan Rutil is used as a white color for surface coating, to separate layers in products, and as a whitening agent in toothpaste. 
Titan Rutil is a mineral that is also used in cosmetics as a thickener, whitener, lubricant and sunscreen agent. 
Titan Rutil protects the skin from UVA and UVB radiation and has no risk of irritating the skin. 
The most common use of the catalytic effect of light, that is, photocatalysis, is the cleaning of environmental pollution. 
Thus, when light and suitable material are brought together, the cleaning process occurs by itself.
During the day, the UV emission around us is around one milliwatt per square centimeter. 
In the light we use inside the buildings, this rate drops to one in a thousand. 
The cleaning process begins when even UV radiation at this rate comes together with Titan Rutil in a suitable structure. 
However, the structures of Titan Rutil used for the photocatalytic effect and those used in the paint, cosmetics and food industries are different. 
The photocatalytic effect of Titan Rutil is in the form of breaking down the organics it comes into contact with when it comes together with light. 
When this situation is used in a positive sense, it means the destruction of unwanted organics (dirt, microbes, bacteria, odors and harmful organic chemicals) in the air, water and various surfaces around us.

Titan Rutil has high gloss and covering properties and is recommended for interior and exterior paints. 
Provides high gloss in solvent-based paints. 
Titan Rutil provides easy resolution due to its characteristic feature.

code : RC 823 is a pigment with high sensitivity to light.

Titan Rutil is one of the indispensable auxiliary materials of PVC profile production due to its high dispersion and gloss, good hiding power, excellent color stability and fading resistance. 
Titan Rutil is the most important pigment known as white, and it is always preferred because of its dyeing power, opacity, low reactivity and excellent thermal stability. 
Titan Rutil exists in two forms: Rutile and Anatase.
Rutile is the most commonly used Titan Rutil, with a specific gravity of 4.2 g cm-3, a refractive index of 2.76 and a hardness of 7 on the Moh scale. 
Rutile has strong dyeing power and opacity. It is more prime than Anatas. Rutile, the best of the white pigments, protects the plastic against ultraviolet rays. 
Rutile not only provides resistance to climatic conditions and heat, but also gives strength to plastics.
Titan Rutil is among the commonly used UV stabilizers. 
By adding ultraviolet stabilizers to the PVC mixture, the effect of UV radiation can be significantly reduced. 
Pigments, which are among the most important UV stabilizers, protect the polymer against UV rays by absorbing or reflecting light. 
Whiteness and brightness are important parameters in absorbing or reflecting UV rays.

Titan Rutil has a white and chalky appearance.
Titan Rutil (TiO2) is used as a pigment in the form of Rutile and Anatase. 
However, Rutile coating power is more, whiter, etc. 
Anatasa is preferred because of its properties. 
Anatas is cheaper, Rutile type is more expensive as its Refractive index is higher.

Formula: TIO2

Molar Mass. :76,866 g/mol

Intensity. :4.23 gr/cm3

Melting point: 1.843 C

Boiling Point: 2.972 C

IUPAC Number: Titanium(IV) oxide

The production method of Titan Rutil depends on the raw material. 
The most common mineral source is ilmenite. 
Titan Rutil is also found naturally in rutile form. 
Titan Rutil is mostly found in nature as rutile.
The rutile is purified by chlorination. 
Ilmenite, on the other hand, is converted into Titan Rutil by removing the iron in it by the sulfate process or the chloride process.

Both the sulfate and chloride processes produce the Titan Rutil pigment in the form of rutile crystals. 
Production is made as anatase by making some adjustments in the sulfate process.

Tianium oxide is a processed and refined mineral found naturally on earth. 
In its natural form, Anatase is found in different bulk crystal forms such as verutile, but is ground into a very fine powder during processing.

Naturally occurring Titan Rutil(TiO2), the oxide form of titanium; 
Also known as titania, it is not found pure in nature and is produced from iron Titan Rutil (Fe3TiO3) ores.

Titan Rutil in the form of white powder; 
Titan Rutil may contain pure Titan Rutil, which can be coated with small amounts of aluminum and/or silica to improve the technological properties of the product.

Titan Rutil with high heat and light stability; 
Titan Rutil is insoluble in water and organic solvents, but dissolves slowly in hydrofluoric acid and hot concentrated sulfuric acid solution.

Due to its high refractive index and bright whiteness, it is an effective opacifier for pigments. 
Another important advantage of Titan Rutil is; Color does not fade under UV light.

Titan Rutils color is a white chemical. 
Titan Rutil is also a soft solid and melts at 1800 °C.

Corrosion is a chemical with different properties.

Titan Rutil is a polymorphic chemical. 
Titan Rutil has 3 types of structures. 
These are Rutile, Anatase and Brokit. 
Only Rutile and Anatase are used commercially.

Titan Rutil Refractive Index is 2.76+- 2.55.

Titan Rutil is a dilute alkaline chemical. 
Titan Rutil is insoluble in dilute acid. 
Titan Rutil is soluble in concentrated sulfuric acid. 
Also on solubility, hydrochloric acid can also be dissolved in nitric acid.

Titan Rutils relative density is the lowest among the most used white pigment. 
Among the Titan Rutil pigments of the same quality, the one with the larger surface area has a larger pigment volume.

Titan Rutil has very good electrical properties due to its high dielectric constant.

The form with the lowest permeability is Anatase.

As the temperature increases, the conductivity also increases. 
Titan Rutil is very sensitive to hypoxia.

Anatase Plate Titan Rutil can convert to Rutile at high temperatures. 
Therefore, Rutile and Anatase do not have melting and boiling points.

The melting point depends on its purity.

Although its hydroscopic property is not very strong, it is related to the hydrophilic surface area.

If the surface area is large, the moisture absorption rate is also high. 
The moisture absorption rate is also related to the surface treatment and nature.

Titan Rutil is a chemical with very good thermal stability.

Titan Rutilt is not a toxic chemical and is stable. 
The answer to questions such as whether it is harmful to health depends on the rate of use of this product.

Titan Rutil is a partially acid type oxide.

Titan Rutil does not react with oxygen, hydrogen sulfide, sulfur dioxide, carbon dioxide and ammonia.

Titan Rutil is insoluble in weak inorganic acids except water, fatty acid, other organic acid, alkali and hot nitric acid.

Titan Rutil can react with some special substances.

Titan Rutil can react with Sulfuric Acid and Hydrofluoric Acid in case of boiling for a long time.

Titan Rutils solubility varies depending on the solvent used. 
When comparing citric acid dissolved in water and malic acid dissolved in water, the solubility of Titan Rutil in the solution prepared with malic acid was higher.

As the solubility increases, the effects of Titan Rutil in the field of use increase visibly.

Ilmenite is obtained from rutile or titanium slag.

Titan Rutil pigment is extracted using sulfuric acid or chlorine. 
Of these methods, the sulfate process is carried out using a simpler technology than the chloride process. 
However, this process can use lower grade and cheaper ores.

The sulfate process is more expensive than the establishment of a chlorine plant. 
The production cost in the sulfate process is also higher.

65% of Titan production is obtained from the Chlorine process.

Waste costs are high in the production of titanium in the sulfate process.

Contamination control in the sulfate process is expensive.

While Anatase and Rutile are produced in the Sulfate Process, only Rutile is produced in the Chloride process.

It should be kept away from areas exposed to direct sunlight.

All engineering controls must be operated and protective equipment requirements and personal protective equipment must be allocated prior to titanium handling operations.

Titan Rutil should be stored in areas that will not generate dust.

In the storage area, there should be no substance that will react with this chemical substance.

Titan Rutil is mostly used in paint production in the world. 
The refractive index is almost one of the highest materials. 
This makes it a very functional chemical to use in paints. 
Titan Rutil can be used as dye raw material in both anatase and rutile form. 
Although rutile is more functional because the refractive index of rutile is higher than anatase, the fact that anatase is more cost-effective and its structure is softer than rutile makes it more preferable, especially in applications such as food coloring. 
However, two problems arise when using Titan Rutil. 
The first is the tendency to clump. 
If Titan Rutil is not dissolved very well in the right particle size, Titan Rutil will collect and cause dyeing defects. 
Therefore, Titan Rutil must be dissolved very well in chemicals such as propylene glycol and glycerin.

The second problem is the crystal structure. 
What gives Titan Rutil this reflectivity is actually its crystal structure, and even 1-2 ppm of foreign metal atoms in the crystal structure distort the crystal structure so much that this can cause visible errors during painting. 
Therefore, Titan Rutil is very important to completely remove impurities before use.

Titan Rutil, which is frequently used as a food dye, is preferred as a food dye in many different areas from toothpaste to fruit juices, from sweets to dairy products. 
Titan Rutil is also used in cosmetics and sunscreens. 
Titan Rutil provides very good protection against harmful UV rays from the sun.

Titan Rutil has very special application areas due to its photocatalytic effect.
When a surface is coated with Titan Rutil, it separates the light and water vapor in the air into oxygen and hydrogen. 
This separated radical oxygen also destroys the sources of bad odor in the environment by affecting the membranes of bacteria and viruses. 
Therefore, it can be used both in hydrogen production and in making antibacterial coatings. 
Titan Rutils sensitivity to light makes Titan Rutil a preferred chemical in solar panels as well.

Titan Rutils usage areas include food, cosmetics and pharmaceutical products, and it also finds widespread application as a pigment providing whiteness and opacity in the paint, plastic and paper industries.

The use of Titan Rutil, which is produced in both water and oil dispersible types, in foods; 
Titan Rutil is limited to 1% by weight by the FDA. 
Titan Rutils opaque feature provides important benefits, especially in low-fat products such as cheese and salad dressings, in order to imitate the opaque appearance caused by oil.

Titan Rutil is an excellent additive for paints due to its good dispersion and optical properties. 
Titan Rutil is used in powder form to impart whiteness and opacity in paint and coating (enamels), plastics, paper, ink, fiber, food and cosmetic products.

Titan Rutil, which is also used as photocatalysis, accelerates chemical reactions with light. 
When it reacts with organic compounds, water and carbon dioxide compounds are released. 
Thanks to this feature, the Titan Rutil used in nano-technological paints reacts with organic compounds and makes them disappear, and a self-cleaning paint or fabric is obtained

Titan Rutil is not found pure in nature and is produced from iron Titan Rutil (Fe3TiO3) ores.
Crude Titan Rutil can be obtained by purification of titanium tetrachloride.
Besides white, a very beautiful red color similar to arterial blood can be obtained as a result of different crystallization.

Usage areas
food
Titan Rutil is a food colorant known with the food additive code E171. 
Titan Rutil is a substance that gives white color to most products.

Covering
Visible - used for coating with silicon dioxide at near infrared wavelengths.

Cosmetic
Titan Rutil is used in cosmetics as a thickener, whitener, lubricator, and sunscreen agent. 
Titan Rutil is especially used as a skin protector in sunscreen creams.

hygiene
Titan Rutil is used for hygiene purposes in most sectors, as it absorbs sun and dirt by taking advantage of the photocatalysis feature of this chemical.

Tooth paste
In this sector, Titan Rutil is used as a tooth whitener, which is claimed to clean the colored layer on the tooth, which is abundant in the contents of toothpastes.

Titan Rutil is used in food, fruit juices and powdered beverages, bakery products, dairy products, chewing gum and confectionery, meat-fish products, canned fruit-vegetables, desserts, sauces and soups.
Titan Rutil, paint, artificial leather, plastisol, plastic, etc. 
Titan Rutil is considered the most important white pigment used in industries.
Titan Rutil is used to give the product whiteness, brightness and opacity. 
Titan Rutil is a mineral that is also used in cosmetics as a thickener, whitener, lubricant and sunscreen agent.
Titan Rutil Protects the skin from UVA and UVB radiation and has no risk of irritating the skin.
The most common use of the catalytic effect of light, that is, photocatalysis, is the cleaning of environmental pollution.

Titan Rutil is a mineral found naturally in the soil. 
Titan Rutil effectively scatters visible light, gives whiteness, brightness and opacity, so it is the most widely used white pigment in the world. 
There are two types, rutile and anatase, the most important difference between them is their appearance, anatase is colorless, while rutile is usually dark red. 
Rutile is often used in high-end products because of its relatively high price.

Function: Colorant, humectant

Appearance: White powder

Uses: Automotive, balloons, gloves, paint, artificial leather, food, cosmetics

Packaging: 25 kg sacks

Storage: It is stored in dry and cool places that do not come into contact with sunlight, its shelf life is 2 years from the date of production.

IUPAC NAME:

Biossido di Titanio

calcium carbonate

diooxotitanium

dioxo titanium

Dioxotitanium

dioxotitanium

dioxyde de titane

dioxyde-de-titane

Dwutlenek tytanu, ditlenek tytanu

Oxid titaničitý

oxid titaničitý

R_JS_Dossier_Titanium_Dioxide

Rutile (TiO2)

Tiitanium Dioxide

TiO2

TiO2 anatase

Titan(IV)-oxid

titan(iV)dioxide

TITANDIOXID

Titandioxid

titandioxid

Titandioxid (in the form of Rutile Sand) 13463-67-7

Titane dioxide

titania in 1-methoxy-2-propanol

TITANIO BIOSSIDO

titanium (IV) oxide

titanium (IV) oxide / dioxotitanium

SYNONYMS:

1317-70-0 
1317-80-2  
13463-67-7  
200075-84-9   
215-280-1  
215-282-2  
236-675-5  
864179-42-0  
98084-96-9  
Aeroxide(R) P25