Hot Selling Health Supply Good Quality White Power Pigment Multi-Purpose Dioxide Titanium TiO2

• Customization: Available
• CAS No.: 13463-67-7
• Formula: TiO2
• Classification: Titanium Dioxide
• Grade Standard: Industrial Grade
• Kind: Acidic Oxide
• Quality: First Class
• Transport Package: Woven Bag

Product Description

Product Description

High Quality TiO2 Pigment Factory TR-708  

Product Parameters

Titanium Dioxide Parameter

Index	Technical  specifications
Inorganic surface treatment	AI2O3
Organic surface treatment	yes
TiO2 content %	>=93
Brightness %	>=94.5
Tint reducing power, Ryenolds number, TCS	>=1900
Volatile matters at 105C ,%	<=0.5
PH value of water suspension	6.5-8.5
Oil absorption value (g/100g)	<=20
Water soluble matters,%	<=0.5
Electrical resistance of aqueous extract, Qm	>=80
Residue on sieve (45 um mesh), %	<=0.02
Rutile content, %	>=98
Whiteness,( compared with standard sample)	No less than
Oil dispersible power (Hegemann number)	<=6.0

Product Description

Titanium Dioxide Description

Feature

JCR TR-708 is a composite inorganic coating using zirconia and alumina,surface modification with special organic treatment agent, with excellent whiteness, easy dispersion,hydrophilic and lipophilic functions, suitable for most application fields, is a multi-functional, universal rutile titanium dioxide; lt can be widely used in coatings, plastics, inks, papermaking and other fields.

Major characteristics
Outstanding whiteness;excellent reducing power and covering power;excellent dispersibility in both of water-based and oil-based atmosphere; good weather resistance, heat resistance and light resistance and widely used.

 

Application Scenario

Titanium Dioxide Application fields

Decorative paint(for indoor and outdoor use);powder paint; steel coil paint; industrial paint for general purpose (applied to plastic, ink, papermaking, rubber and leather etc.); ink.

Usage

1/ Pigment in Paints and Coatings: Titanium dioxide is perhaps most well-known for its use as a white pigment in paints, coatings, and plastics. It provides excellent opacity, brightness, and UV resistance, enhancing the appearance and durability of these materials.

 

2/ Cosmetics and Personal Care Products: TiO2 is used in a variety of cosmetics, including foundations, sunscreens, lotions, and creams, to provide opacity, whiteness, and UV protection. It helps to block and scatter ultraviolet (UV) rays, thus protecting the skin from the harmful effects of sun exposure.
 

3/ Food and Beverage Industry: In the food industry, titanium dioxide is used as a food additive (E171) to whiten and brighten various products, such as candies, chewing gum, frosting, and certain dairy products. However, its use has been a topic of debate due to concerns over its potential effects on health and its presence in nanoparticle form.

4/ Photocatalysts: Titanium dioxide has photocatalytic properties, meaning it can facilitate chemical reactions in the presence of light. This property is utilized in applications like self-cleaning surfaces (such as self-cleaning glass) and air and water purification systems.
 

 

5/ Ceramics and Glass: TiO2 is used in the ceramics and glass industries to impart opacity and whiteness to products such as tiles, ceramic glazes, and glass.

6/ Plastics and Polymers: Titanium dioxide is added to plastics and polymers to improve their whiteness, brightness, and UV resistance. It also helps prevent degradation of plastic materials due to exposure to sunlight.

7/ Paper and Printing: In the paper industry, titanium dioxide is used to enhance the brightness and opacity of paper, making printed materials appear more vibrant and legible.

8/ Inks and Toners: Titanium dioxide is used in the formulation of inks and toners for printing to achieve whiteness and opacity on various substrates.

9/ Medical Devices and Pharmaceuticals: It can be found in medical devices, pharmaceuticals, and pill coatings, where it provides a white color and sometimes assists in controlling the release of active ingredients.

10/ Solar Cells: Some types of solar cells incorporate titanium dioxide as part of their construction to enhance the efficiency of light absorption and electron generation.