Name: 99/99.5%min TiO2 Electronic Grade Titanium Dioxide CAS13463-67-7
Availability: InStock

99/99.5%min TiO2 Electronic Grade Titanium Dioxide CAS13463-67-7

Our high purity Electronic Grade Titanium Dioxide 99/99.5%min is a white amorphous powder, with the main component being titanium dioxide. There are three forms of titanium dioxide found in nature: anatase, rutile, and brookite. Due to its high dielectric constant, titanium dioxide exhibits excellent electrical properties.

Cas No. :
13463-67-7
Molecular Formula :
TiO2
HS code :
3206111900
EINECE NO. :
236-675-5
Grade :
Electronic Grade
Packing :
25kg vowen bag
Apperance :
White powder
Purity :
99/99.5%min

Product Details

Basic information

Titanium dioxide is used as a dielectric material in ceramic capacitors, providing high dielectric constant and low dielectric loss, and enhancing energy storage capacity. At the same time, as a semiconductor material, it achieves electronic control through crystal structure regulation and is used to manufacture sensors (such as gas and light sensors), taking advantage of its surface activity to enhance sensitivity and response speed. ‌

Specification

ITEM	STANDARD		MF	TiO2
TiO2	99%min	99.5%min	CAS NO.	13463-67-7
S	800ppm max	100ppm max	EINECE NO.	236-675-5
Fe	600ppm max	35ppm max	Purity	99/99.5%min
P2O5	/	0.05%max	Appearance	White powder
Na	/	50ppm max	MW	79.87
K	/	50ppm max	Package	25kg woven bag
Size	4.5μm max	1.2~1.6μm	HS Code	3206111900

Application

In the fields of photocatalysis and photoelectric conversion,titanium dioxide can generate electron-hole pairs under light,which are used for photocatalytic reactions,such as water splitting for hydrogen production and pollutant degradation. In solar cells (such as dye-sensitized and perovskite solar cells),it serves as an electron transport layer or light-absorbing material to enhance the efficiency of photoelectric conversion.

In the manufacturing of electronic components,titanium dioxide is used as a dielectric material in ceramic capacitors,providing high dielectric constant and low dielectric loss,enhancing the energy storage capacity; at the same time,as a semiconductor material,it achieves electronic control through crystal structure regulation and is used to manufacture sensors (such as gas and light sensors),using its surface activity to improve sensitivity and response speed.

In semiconductor device manufacturing,titanium dioxide is used in photoresist and polishing materials, supporting high-precision patterning and surface treatment;moreover,its high refractive index and chemical stability make it suitable as a scattering layer or reflective layer in displays (such as liquid crystal and organic light-emitting diode) to improve display effects.

In conductive composite materials,conductive titanium dioxide doped with semiconductors (such as antimony oxide) can be used as an electronic conductive functional material, applied in coatings,plastics, etc.,to achieve conductive and anti-static functions,and be used in the electronics industry.

In coating and protection,titanium dioxide can be coated on the surface of semiconductors to form a protective layer,preventing environmental damage and improving electronic transmission efficiency, enhancing device stability and lifespan.