Go to body Contents
Quanta Materials. Co., Ltd.

X-SnO₂ Nano powder

  • Payment
    T/T
  • MOQ
    1 Kilogram (kg)
  • Supply Ability
    0 Kilogram (kg) per One-Time
  • Supply Details
    Customization Sample Order

    MAX 10ton, 30days / Purchase Unit 1ton

  • Country of sale
    Asia, Americas, Middle East, Europe, World Wide
  • PRICE
    • CIF

      Depend on quantity

ITEM SPECIFICS

  • Brand
    Quanta Materials. Co., Ltd.
    Model X-SnO₂ Nano powder
  • origin
    Republic of Korea
  • Size(Capacity)
    (Sn) % >99.995 (Na) ppm <10 (Pb) ppm <10
  • Features
    Low agglomeration (vapor phase synthesis)
  • Color
    White


PRODUCT DESCRIPTION

 
[Product Description]
 
As the best raw material for ITO targets, it can be flexibly applied not only in ITO with high dispersibility and specific surface area, but also in other aspects. Application : ITO target, ATO target, AZTO target, bubble inhibitor for LCD glass, gas sensor, catalysis, etc. Competitiveness: Oxidized nanopowders produced by high temperature evaporation. Based on the size and quality of the homomorphic form, it is a comprehensive oxide raw material with different origin and productivity, and can be used as a material for a low-x-layer ceramic production method, and is applied in various products.
 
 
[Product Specification]
 
(1) Specific surface area and size distribution (Specific area & Size distribution)
*Specific surface area (BET): 9.07m2/g
*Particle size distribution (PSD)
__________________________________
D/10 D/50 D/90
__________________________________
Size(um) 0.092 0.169 1.412
__________________________________

(2) Purity
__________________________________
Content (Value)
__________________________________
Tin (Sn) % >99.995
Sodium (Na) ppm <10
Lead (Pb) ppm <10
__________________________________

(4) Special characteristics
*Low agglomeration (vapor phase synthesis)
*Smiling particle size distribution /Small size & Narrow size distribution
 
 

 
 
X-SnO₂ Nano powder
 
 
 
 
 

PAYMENTS DETAILS

This supplier supports payments for offline orders
  • Telegraphic Transfer : T/T
Contact Payment Manager
  • Name : Jun Beom Kwon

SHIPPING

Shipping from : Republic of Korea
  • 1375 Gyeongdong-ro, Andong-si, Gyeongsangbuk-do (36729)
Quanta Materials Co.,Ltd

Quanta Materials Co.,Ltd

http://www.quantamaterials.com/ Seller_Mail
  • The person in charge

    Jun Beom Kwon
  • Address

    1375 Gyeongdong-ro, Andong-si, Gyeongsangbuk-do (36729)
Introduction
Quanta Materials is a nano material company that manufactures indium oxide powder, tin oxide powder, and gallium oxide powder. Quanta materials manufactures low-agglutinating nano-powder with excellent dispersion with commercialize the high temp evaporation which is different from general wet chemistry. Process is proven product quality from domestic and international target manufacturers company. Also we have competitive cost and high productivity with realize streamlines customer processes(manufactures target) and reduces process time with different method.
  • Business Type :
    Manufacturer
  • Main Product :
    Ga2O3, SnO2, In2O3
  • Established :
    2017-08-30
  • Total Annual Revenue :
  • Total Employees :
    5~10 people

COMPANY ENVIRONMENT

Please suggest a variety of your ideas such as design, impact, enhancements, etc

Captcha Required
   

Please enter the text on the left image to prevent automatic input.

0 / 4000

질문이 없습니다.

CUSTOMER REVIEWS (0)

Max 1 files, 20Mb limit per attachment

Captcha Required
   

Please enter the text on the left image to prevent automatic input.

At least 10~1000 characters.

0/ 1000

TRADE EXPERIENCE

  • Total revenue
  • Total export revenue (previous year in USD)
  • Number of foreign trade employees
    5~10 people

COMPARISON TO SIMILAR ITEMS more

  • No Items
supplier level
GOLD GOLD
Quanta Materials Co.,Ltd Seller's Store
Seller's Store url
  • Response Level
      41% ~ 50%
  • Supplier Level
      Less than 100 million (KRW)
  • Transaction Level
      less than 5
SUPPLIER BEST
  • R-In₂O₃ Nano Powder
  • V-Ga₂O₃ Nano powder