titanium dioxide anatase TiO2 for Paint ,Plastic, Rubber ,Ceramic, Pape

Share on (60718137838):


Price:

Quantity:


Product Overview

Description


titanium dioxide anatase TiO2 for Paint ,Plastic, Rubber ,Ceramic, Pape


Titanium Dioxide Sample is using advanced process control technology and unique coating technology, the product Titanium Dioxide Sample has very low impurities, Titanium Dioxide Sample particle size distribution is narrow,The membrane layer is continuous, uniform and dense, with high weatherability, high dispersion, high brightness and excellent scattering force.


Specifications:










































Appearance


White Powder


TiO2 Content


98.0%min


Relative Tinting Strength


110%min


105℃ Loss(m/m)


0.5%max


Matter Soluble in Water


0.4%max


Oil Absorption(g/100g)


22max


C45um Residues(m/m)


0.05max


Water Extracted Resistivity


5000min


Rutile Crystal Content


98.5min


 





















































ITEM



STANDARD



Rutile Grade



TiO2 content



93%min



Rutile Content



98%min



Color (compared with standard samples)



Not later than



Whiteness



96%min



Tinter reducing power(compared with standard samples)



100%min



Oil absorption (g/100g)



18.0max



PH Value



7.5-8.0



105 °C volatile matter



0.5%max



Water solubles content



0.5%max



Hiding Powder



20.0max



 



 




Packaging & Shipping


Package:In plastic bags repacked in PP woven bags or Paper bag of 25kgs net net each.The package of other kinds and specifications can be provided as per the client’s requests.


 


Storage and Transportation: Be stored in the cool and well ventilated place,avoiding to be stored and transported with the acids and oxidant together, If custormers have special demands,parties will negotiate to solve it.


 36016171112277060.JPG1234.jpg45454.jpg


 





Our Services


 


If you are interested in any of our products or solutions, plese feel free to contact us, we     ensure the best efforts from our side always.  


                                                                  




 


0.1996 s.