中文
Element index

Click to view the relevant product information containing the corresponding elements

Ketai new materials can provide customization of any combination of materials with almost all elements (except radioactive elements) in the "yuansuo periodic table". Some products have not been updated in time. Please consult customer service for special customization needs.

中文
Element index
Close index
Home
About
Company Profile
Development History
Customer Presentation
Production Equipmen
Honorary Qualification
Products
Sputtering Targets
Evaporation Materials
Compound Semiconductor Materials
Rare Earth Materials
Special Alloy
Crucible customization
Application
5G Field
Optical field
Semiconductor chip
Electronic device
Aerospace
Flat panel display
Solar cell
Tool modification
OLED field
Storage domain
Service
Analysis and detection
Technical service
Technical consultation
News
Company news
Industry information
Company event
Contact
Contact information
Online Message
Online map

PRODUCTS

current location：Home >> Products >> Sputtering Targets >> Oxide Sputtering Targets

Select product category：

Oxide Sputtering Targets Deselect
All products
Sputtering Targets
Evaporation Materials
Compound Semiconductor Materials
Rare Earth Materials
Special Alloy
Crucible customization
Product category
Sputtering Targets
Evaporation Materials
Compound Semiconductor Materials
Rare Earth Materials
Special Alloy
Crucible customization

Indium oxide doped molybdenum oxide (IMO) sputtering targets In2O3-MoO3

Indium oxide doped molybdenum oxide (IMO) sputtering targets In2O3-MoO3
  • Indium oxide doped molybdenum oxide (IMO) sputtering targets In2O3-MoO3
Indium oxide doped molybdenum oxide (IMO) sputtering targets In2O3-MoO3essential information
Molecular formulaIn2O3-MoO3
purity99.99%
CAS No
Molar mass
density
melting point
boiling point
Solubility (water)

Indium oxide doped molybdenum oxide (IMO) sputtering targets In2O3-MoO3Product overview

Indium oxide doped molybdenum oxide (IMO) sputtering targets In2O3-MoO3Product application

After doping MoO3 into In2O3 thin films, the resistivity of the films will sharply decrease, and the films can obtain more free carriers with a small amount of doping, and have high carrier mobility and low optical absorption. IMO thin films are often used for amorphous/microcrystalline silicon thin film solar cells.

Product recommendation

PRODUCT DEMAND

Product name：

Product purity：

Product size：

Your nickname：

Your phone number：

Your email：

Work unit：

Other instructions：

Make Top
中文简体
About
Company Profile
Development History
Customer Presentation
Production Equipmen
Honorary Qualification
Products
Sputtering Targets
Evaporation Materials
Compound Semiconductor Materials
Rare Earth Materials
Special Alloy
Application
5G Field
Optical field
Semiconductor chip
Electronic device
Aerospace
Service
Analysis and detection
Technical service
Technical consultation
News
Company news
Industry information
Company event
Contact
Contact information
Online Message
Online map
Jiangxi Ketai B station homepage Alibaba store direct Love shopping store direct

  • Wechat scan real-time quotation

  • YouTube Channel

  • Linkedin

Jiangxi Ketai Advanced Material Co., Ltd @copyright

TEL : 0086-0791-88101311

E-mail : ktcw@mat-world.com

After sales : 0791-88108711

Factory Address:Tong Cheng Avenue, GaoAn City, JiangXi Province, China

赣ICP13002482-1

technical support：Cnnaw