RC 823

TITANIUM DIOXIDE 

TiO2

ATAMAN KİMYA

Cas No : 13463-67-7

EC / List no.: 236-675-5

CAS names: Titanium oxide (TiO2)

 

Mol. formula: O2Ti

RC 823 is a micronized rutile pigment produced by the sulphate process by CINKARNA CELJE - SLOVENIA. 

The pigment is lattice-stabilized with alumina and surface-treated with aluminium and silicon compounds.

A special organic treatment provides excellent dispersion and high grade of gloss.

Titanium dioxide RC 823 is considered as an inert and safe material and has been used in many applications for decades

Applications of TITANIUM DIOXIDE RC 823

- dispersion paints (exterior, interior)

- industrial and decorative coatings (water and solvent base),

- package lacquers,

- primers,

- powder coatings (exterior, interior),

- masterbatches,

- plaster paints,

- levelling products.

Technical Data Sheet

TITANIUM DIOXIDE RC 823 sold by ATAMAN Kimya is a micronized rutile, titanium dioxide pigment. 

RC 823 is produced by the sulfate process by CINKARNA CELJE SLOVENIA. 

RC 823 is lattice-stabilized with alumina and surface treated with aluminum and silicon compounds. 

A special organic treatment of RC 823 provides excellent dispersion and high grade of gloss. 

TITANIUM DIOXIDE RC 823 is recommended for dispersion paints (exterior, interior), industrial and decorative coatings (water and solvent-based). 

RC 823 is also suitable for primers, plaster paints and powder coatings (exterior, interior).

Technical data parameter

TiO2 content: min 94.0 % ISO 591-1

Classification: R2 ISO 591

Oil absorption: 18 – 21 g/100 g ISO 787-5

Humidity (by packing): max 0.5 % ISO 787-2

pH: 7.0 – 8.0 ISO 787-9

Sieve residue (μm40): max 0.01 % ISO 787-7

CIE Lab (powder)

L* min 97.5 Internal Method

b* max 2.5 Internal Method

Packaging

- 25 kg in multiply paper sacks, packed 40 sacks per pallet, wrapped with a stretch-hood foil suitable for recycling.

- Big-bags up to 1000 kg.

- Bulk road tankers containing up to 23 t by request.

Titanium dioxide, also called titania, (TiO2), a white, opaque, naturally occurring mineral existing in a number of crystalline forms, the most important of which are rutile and anatase. 

These naturally occurring oxide forms can be mined and serve as a source for commercial titanium. 

Titanium dioxide is odourless and absorbent. 

Its most important function in powder form is as a widely used pigment for lending whiteness and opacity.

During recent decades, TiO2 powders have begun to appear in many applications, mainly due to their ability to confer whiteness and opacity on various products, such as paints, papers and cosmetics. 

Its high technological attractiveness originates from its light-scattering properties and very high refractive index, which mean that relatively low levels of the pigment are required to achieve a white, opaque coating. 

The range of light that is scattered depends on the particle size. 

Numerous technological improvements, based on nano-sized TiO2, have been introduced that enable its use for antifogging and self-cleaning coatings on glass, for building facades, in confectionary, in the plastics industry, and so on

Titanium dioxide has been used as a bleaching and opacifying agent in porcelain enamels, giving them brightness, hardness, and acid resistance. 

In modern times it is used in cosmetics, such as in skin care products and sunscreen lotions, with claims that titanium dioxide protects the skin from ultraviolet radiation because of its property to absorb ultraviolet light.

The photocatalytic activity of titanium dioxide results in thin coatings exhibiting self-cleaning and disinfecting properties under exposure to ultraviolet radiation. 

Alloys are characterized by being lightweight and having very high tensile strength (even at high temperatures), high corrosion resistance, and an ability to withstand extreme temperatures and thus are used principally in aircraft, pipes for power plants, armour plating, naval ships, spacecraft, and missiles.

Because of its unique properties, titanium dioxide is widely used and is well known in nanoscience and nanotechnology. 

Titanium dioxide was one of the first materials to be used in nanotechnology products. 

However, the potential toxicity of titanium dioxide nanoparticles is a controversial subject. 

Many cosmetic companies use titanium dioxide nanoparticles. 

Because of its bright whiteness, it is used in products such as paints, coatings, papers, inks, toothpaste, face powder, and food colouring.

Titanium dioxide is a fine, white powder that provides a bright, white pigment. 

Titanium dioxide has been used for a century in a range of industrial and consumer products, including paints, coatings, adhesives, paper, plastics and rubber, printing inks, coated fabrics and textiles, as well as ceramics, floor coverings, roofing materials, cosmetics, toothpaste, soap, water treatment agents, pharmaceuticals, food colorants, automotive products, sunscreen and catalysts.

Titanium dioxide is produced in two main forms. 

The primary form, comprising over 98 percent of total production, is pigment grade titanium dioxide. 

The pigmentary form makes use of titanium dioxide’s excellent light-scattering properties in applications that require white opacity and brightness. 

The other form in which titanium dioxide is produced is as an ultrafine (nanomaterial) product. 

This form is selected when different properties, such as transparency and maximum ultraviolet light absorption, are required, such as in cosmetic sunscreens.

 

Pigment-grade Titanium Dioxide

Pigment-grade titanium dioxide is used in a range of applications that require high opacity and brightness. In fact, most surfaces and items that are white and pastel, and even dark shades of color, contain titanium dioxide. Pigment-grate titanium dioxide is used in a range of applications, including:

Paints and Coatings: Titanium dioxide provides opacity and durability, while helping to ensure the longevity of the paint and protection of the painted surface.  

Plastics, Adhesives and Rubber: Titanium dioxide can help minimize the brittleness, fading and cracking that can occur in plastics and other materials as a result of light exposure.

Cosmetics: Pigment-grade titanium dioxide is use in some cosmetics to aid in hiding blemishes and brightening the skin. 

Titanium dioxide allows for the use of thinner coatings of make-up material for the same desired effect.

Paper: Titanium dioxide is used to coat paper, making it whiter, brighter and more opaque.

Food Contact Materials and Ingredients: The opacity to visible and ultraviolet light offered by titanium dioxide protects food, beverages, supplements and pharmaceuticals from premature degradation, enhancing the longevity of the product. 

Specific classes of high purity pigment-grade titanium dioxide are also used in drug tablets, capsule coatings and as a decorative aid in some foods.

 

Ultrafine-grade, or Nanoscale Titanium Dioxide

Ultrafine-grades of titanium dioxide are most commonly used in the following specialty applications:  

Sunscreen: Nanoscale titanium dioxide becomes transparent to visible light while serving as an efficient UV light absorber. 

Because the particle size is so small, nano-titanium dioxide does not reflect visible light, but does absorb UV light, enabling a transparent barrier that protects the skin from the sun’s harmful rays. According to the Skin Cancer Foundation, using sunscreens containing titanium dioxide can help prevent the occurrence of skin cancer.

Catalysts: Nanoscale titanium dioxide is used as a support material for catalyst applications. 

Major uses include in the automotive industry to remove harmful exhaust gas emissions and in power stations to remove nitrous oxides.

Translated names

biossido di titanio; [in polvere contenente ≥ 1 % di particelle con diametro aerodinamico ≤ 10 μm] (it)

diossidu tat-titanju;[f’forma ta’ trab li fiha 1 %jew aktar ta’ partiċelli b’dijametruajrudinamiku ta’ ≤10 μm] (mt)

dioxid de titan [sub formă de pulbere care conține 1 % sau mai mult particule cu un diametru aerodinamic ≤ 10 μm] (ro)

dioxyde de titane; [sous la forme d’une poudre contenant 1 % ou plus de particules d’un diamètre ≤ 10 μm] (fr)

ditlenek tytanu; [w postaci proszku o zawartości 1 % lub więcej cząstek o średnicy aerodynamicznej ≤ 10 μm] (pl)

Dióxido de titanio; [en forma de polvo que contenga el 1 % o más de partículas con un diámetro aerodinámico ≤ 10 μm] (es)

dióxido de titânio; [em pó, contendo 1% ou mais de partículas com diâmetro aerodinâmico ≤ 10 μm] (pt)

oxid titaničitý; [ve formě prášku obsahujícího 1 % nebo více částic o aerodynamickém průměru ≤ 10 μm] (cs)

oxid titaničitý; [vo forme prášku, ktorý obsahuje 1 % alebo vyšší podiel častíc s aerodynamickým priemerom ≤ 10 μm] (sk)

titaandioksiid; [pulbrina, mis sisaldab vähemalt 1 % ulatuses osakesi, mille aerodünaamiline läbimõõt on ≤ 10 μm] (et)

Titaanidioksidi; [jauheena, joka sisältää vähintään 1 prosenttia titaanidioksidihiukkasia, joiden aerodynaaminen halkaisija on ≤ 10 μm] (fi)

titandioxid; [i pulverform med et indhold på 1 % eller mere af titandioxid, der antager form som eller indgår i partikler, med en aerodynamisk diameter på ≤ 10 μm] (da)

Titandioxid; [in Pulverform mit mindestens 1 % Partikel mit aerodynamischem Durchmesser ≤ 10 μm] (de)

titandioxid;[i form av pulver som innehållerminst 1 % partiklarmed en aerodynamiskdiameter ≤ 10 μm] (sv)

titanijev dioksid; [u obliku praha koji sadržava najmanje 1 % čestica aerodinamičkog promjera ≤ 10 μm] (hr)

titaniumdioxide; [in poedervorm, bevattend: 1 % of meer deeltjes met een aërodynamische diameter ≤ 10 μm] (nl)

titano dioksidas[miltelių pavidalo, kuriosudėtyje yra ne mažiau kaip1 % dalelių, kurių aerodinaminisskersmuo ≤ 10 μm] (lt)

titanov dioksid;[v obliki prahu, ki vsebuje 1% ali več delcev z aerodinamičnimpremerom ≤ 10μm] (sl)

titán-dioxid;[legalább 1 %, legfeljebb 10μm aerodinamikai átmérőjűrészecskéket tartalmazópor formában] (hu)

titāna dioksīds; [tāda pulvera veidā, kas satur 1 % vai vairāk daļiņu ar aerodinamisko diametru ≤ 10 μm] (lv)

διοξείδιο του τιτανίου [σε μορφή σκόνης που περιέχει τουλάχιστον 1 % σωματίδια με αεροδυναμική διάμετρο ≤ 10 μm] (el)

титанов диоксид; [под формата на прах, съдържащ 1 % или повече частици с аеродинамичен диаметър ≤ 10 μm] (bg)

IUPAC names

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

Titanium di oxide

titanium dioxde

TITANIUM DIOXIDE

Titanium Dioxide

Titanium dioxide

titanium dioxide

Titanium Dioxide

Titanium dioxide

 

titanium dioxide

Titanium dioxide (CI 77891)

TITANIUM DIOXIDE (TIO2)

Titanium dioxide nano form_Rutile

Titanium dioxide TiO2

titanium dioxide white

Titanium Dioxide, Anatase, Rutile

Titanium oxide

titanium oxide

Titanium oxide (TiO2)

Titanium oxide, (TiO2)

Titanium(IV) Oxide

 

Titanium(IV) oxide

titanium(IV) oxide

Titanium(IV) oxide

Titanium(IV)oxide

titanium(IV)oxide

Titannium dioxide

Titaum dioxide

Trade names

AERODISP®

AEROPERL

AEROXIDE TiO2

AEROXIDE® TiO2

ANATASA

ANATASA 98% MIN

ANATASA 98.5% MIN

ANATASA A-X

ANATASA BAJA EN NEOBIO

ANATASA E

ANATASA ENAMEL GRADE

ANATASA FIBRA

ANATASA GRADO ESMALTES

ANATASA GRADO FRITA

ANATASA I

ANATASA PAPEL

ANATASA R

Anatase

Anatase Titanium Dioxide

biel tytanowa

C47051

C475001

CathayCoat White TA41, TA42, TA45, TA46, TA49

Cosmetica® Super White 9000SReflexTM Rutile Fine R-901DAutomotiveTM Dazzling White A-901S

Cristal

CSB

CSP

DHA-100

DHA-130

DIOXIDO DE TITANIO

DIOXIDO DE TITANIO ANATASA

DIOXIDO DE TITANIO DJ240

DIOXIDO DE TITANIO DJ2400

DIOXIDO DE TITANIO ORIGEN CHINA

DIOXIDO DE TITANIO ORIGEN REPUBLICA CHECA

DIOXIDO DE TITANIO ORIGEN RUSIA

DIOXIDO DE TITANIO ORIGEN UKRANIA

DIOXIDO DE TITANIO R-203

DIOXIDO DE TITANIO R-221

DIOXIDO DE TITANIO R-222

DIOXIDO DE TITANIO R-223

DIOXIDO DE TITANIO R-606

DIOXIDO DE TITANIO R216

DIOXIDO DE TITANIO R248

DIOXIDO DE TITANIO R258

DIOXIDO DE TITANIO R298

DIOXIDO DE TITANIO R500

DIOXIDO DE TITANIO R501

DIOXIDO DE TITANIO R601

DIOXIDO DE TITANIO R621

DIOXIDO DE TITANIO RUTILO

DIOXIDO DE TITANIO RUTILO R996

Dwutlenek tytanu

FerroTint White F31

High Purity Titanium dioxide F31(B)HP

HOMBITAN

HTR-100AP

HTR-100SA

HTR-100W

HTR-15Z

KA-100

KR-1000

KR-2000

KRONOS Titanium dioxide

KRONOS TITANIUM DIOXIDE KA-10

KRONOS TITANIUM DIOXIDE KR-310

Kronox

Lavanya Chaandani

MPT-350

MT(Micro Titanium Dioxide)

MTW

No specific trade name

RFC

Rutile

Rutile Titanium Dioxide

SACHTLEBEN

SHT-R114

SHT-R420

SHT-R422

SHT-R610

SHT-R615

SHT-R621

SHT-R722

SSP

STR

STR-100C

STR-100C-LF

STR-40C

SUMTITAN

SUMTITAN R-202

SUMTITAN R-203

SUMTITAN R-204

SUMTITAN R-206

T-Lite

Tego

Ti-Catalyst C-94

Ti-Pure®

Ti-Pure™

TIO2

Tiona

Tiona(r)

TiOx

TiOx-220

TiOx-230

TiOx-270

TiOx-271

TiOx-280

Tipure

Titandioxid KA 100 (Anatase)

Titandioxid R-Z (Rutile)

TITANIO BIOSSIDO ANATASIO

TITANIO BIOSSIDO ANATASIO BASSO NEOBIO

TITANIO BIOSSIDO ANATASIO SCR

TITANIO BIOSSIDO RUTILO

TITANIO BIOSSIDO RUTILO 501

TITANIO BIOSSIDO RUTILO 502

TITANIO BIOSSIDO RUTILO 602

TITANIO BIOSSIDO RUTILO 688

TITANIO BIOSSIDO RUTILO 699

TITANIO BIOSSIDO RUTILO LOMON R-996

TITANIO BIOSSIDO RUTILO R-202

TITANIO BIOSSIDO RUTILO R-203

TITANIO BIOSSIDO RUTILO R-206

TITANIO BIOSSIDO RUTILO R-248

TITANIO BIOSSIDO RUTILO R-258

TITANIO BIOSSIDO RUTILO R-298

TITANIO BIOSSIDO RUTILO R02

Titanium bioxide enamel grade GZ

Titanium bioxide enamel grade LNB

TITANIUM DIOXIDE

Titanium Dioxide

Titanium dioxide

titanium dioxide

TITANIUM DIOXIDE 3328 USP

Titanium dioxide anatase

Titanium Dioxide Cotiox KA 100

TITANIUM DIOXIDE ST-705SA

TITANIUM DIOXIDE ST-705WD

TITANIUM DIOXIDE ST-710EC

TITANIUM DIOXIDE ST-710WD

TITANIUM DIOXIDE ST-750EC

titanium white

TITANIX

TITONE

Tronox

TTO-55(A)

TTO-S-4

TYTANPOL

ULTRA FINE TITANIUM DIOXIDE ST-101T

ULTRA FINE TITANIUM DIOXIDE ST-4

ULTRA FINE TITANIUM DIOXIDE ST-410WB

ULTRA FINE TITANIUM DIOXIDE ST-450

ULTRA FINE TITANIUM DIOXIDE ST-450EC

ULTRA FINE TITANIUM DIOXIDE ST-450SA

ULTRA FINE TITANIUM DIOXIDE ST-450WD

ULTRA FINE TITANIUM DIOXIDE ST-455

ULTRA FINE TITANIUM DIOXIDE ST-455WB

ULTRA FINE TITANIUM DIOXIDE ST-455WS

ULTRA FINE TITANIUM DIOXIDE ST-457SA

ULTRA FINE TITANIUM DIOXIDE ST-457WD

ULTRA FINE TITANIUM DIOXIDE ST-485SA15

ULTRA FINE TITANIUM DIOXIDE ST-486EFS

ULTRA FINE TITANIUM DIOXIDE ST-495MC

ULTRA FINE TITANIUM DIOXIDE ST-500

ULTRA FINE TITANIUM DIOXIDE ST-550

ULTRA FINE TITANIUM DIOXIDE ST-550R

ULTRA FINE TITANIUM DIOXIDE ST-570

ULTRA FINE TITANIUM DIOXIDE ST-6

ULTRA FINE TITANIUM DIOXIDE STT-100H

ULTRA FINE TITANIUM DIOXIDE STT-300

ULTRA FINE TITANIUM DIOXIDE STT-30A-I

ULTRA FINE TITANIUM DIOXIDE STT-30A-I-FS10

ULTRA FINE TITANIUM DIOXIDE STT-30A-I-FS5

ULTRA FINE TITANIUM DIOXIDE STT-30S

ULTRA FINE TITANIUM DIOXIDE STV-455

UV TITAN

Common Names

AEROPERL; AEROXIDE TiO2; ANATASA; ANATASA 98% MIN; ANATASA 98.5% MIN; ANATASA A-X; ANATASA BAJA EN NEOBIO; ANATASA E; ANATASA ENAMEL GRADE; ANATASA FIBRA; ANATASA GRADO ESMALTES; ANATASA GRADO FRITA; ANATASA I; ANATASA PAPEL; ANATASA R; Anatase; Anatase Titanium Dioxide; biel tytanowa; CCA 100 AS; CCA 100 BS; CCR 110; CCR 130; Crimea TiOx; Crimea TiOx-220; Crimea TiOx-230; Crimea TiOx-270; Crimea TiOx-271; Crimea TiOx-280; Cristal; CSB; CSP; DHA-100; DHA-130; DIOXIDO DE TITANIO; DIOXIDO DE TITANIO ANATASA; DIOXIDO DE TITANIO DJ240; DIOXIDO DE TITANIO DJ2400; DIOXIDO DE TITANIO ORIGEN CHINA; DIOXIDO DE TITANIO ORIGEN REPUBLICA CHECA; DIOXIDO DE TITANIO ORIGEN RUSIA; DIOXIDO DE TITANIO ORIGEN UKRANIA; DIOXIDO DE TITANIO R-203; DIOXIDO DE TITANIO R-221; DIOXIDO DE TITANIO R-222; DIOXIDO DE TITANIO R-223; DIOXIDO DE TITANIO R-606; DIOXIDO DE TITANIO R216; DIOXIDO DE TITANIO R248; DIOXIDO DE TITANIO R258; DIOXIDO DE TITANIO R298; DIOXIDO DE TITANIO R500; DIOXIDO DE TITANIO R501; DIOXIDO DE TITANIO R601; DIOXIDO DE TITANIO R621; DIOXIDO DE TITANIO RUTILO; DIOXIDO DE TITANIO RUTILO R996; Dwutlenek tytanu; FerroTint White F31; HOMBIKAT; HOMBITAN; HOMBITEC; KA-100; KR-1000; KR-2000; KRONOS Titanium dioxide; KRONOS TITANIUM DIOXIDE KA-10; Kronox; MT(Micro Titanium Dioxide); No specific trade name; RC 8; RC 813; RC 817; RC 818; RC 82; RC 823; RC 827; RC 833; RC 84; RC 86; RC E; RFC; Rutile; Rutile Titanium Dioxide; SACHTLEBEN; SSP; STR; SUMTITAN; SUMTITAN R-202; SUMTITAN R-203; SUMTITAN R-204; SUMTITAN R-206; T-Lite; Tego; Ti-Pure®; Ti-Pure™; TIO2; Tiona; Tiona(r); Tipure; Titandioxid KA 100 (Anatase); Titandioxid R-Z (Rutile); TITANIO BIOSSIDO ANATASIO; TITANIO BIOSSIDO ANATASIO BASSO NEOBIO; TITANIO BIOSSIDO ANATASIO SCR; TITANIO BIOSSIDO RUTILO; TITANIO BIOSSIDO RUTILO 501; TITANIO BIOSSIDO RUTILO 502; TITANIO BIOSSIDO RUTILO 602; TITANIO BIOSSIDO RUTILO 688; TITANIO BIOSSIDO RUTILO 699; TITANIO BIOSSIDO RUTILO LOMON R-996; TITANIO BIOSSIDO RUTILO R-202; TITANIO BIOSSIDO RUTILO R-203; TITANIO BIOSSIDO RUTILO R-206; TITANIO BIOSSIDO RUTILO R-248; TITANIO BIOSSIDO RUTILO R-258; TITANIO BIOSSIDO RUTILO R-298; TITANIO BIOSSIDO RUTILO R02; Titanium bioxide enamel grade GZ; Titanium bioxide enamel grade LNB; Titanium Dioxide; TITANIUM DIOXIDE 3328 USP; Titanium dioxide anatase; Titanium Dioxide Cotiox KA 100; titanium white; TITANIX; TITONE; Tronox; TYTANPOL; ULTRA FINE TITANIUM DIOXIDE ST-4; ULTRA FINE TITANIUM DIOXIDE ST-550R; ULTRA FINE TITANIUM DIOXIDE ST-570; ULTRA FINE TITANIUM DIOXIDE ST-6; ULTRA FINE TITANIUM DIOXIDE STT-100H; ULTRA FINE TITANIUM DIOXIDE STT-300; ULTRA FINE TITANIUM DIOXIDE STT-30A-I-FS5; UV TITAN