Titanium dioxide

Titanium dioxide
TiO2 92% weight ratio
Al2O3 3.2% weight ratio
Weight ratio of SiO2 3.5%
0.2% weight ratio of carbon

DuPont DuPont Titanium Dioxide DuPont Weathering type of titanium dioxide R105

DuPont Weathering type of titanium dioxide R105
Model:R105

Price:21800 RMB

DuPont Ti-Pure R-105 is a preparation of the chloride with rutile titanium dioxide pigment. Rutile Titanium Dioxide is white pigment of the most widely used. R-105 combines the neutral white color and hiding power of the characteristics of a moderate so that color more easily, is a specially designed plastic users of titanium dioxide. silica capsule technology to maximize the reduced TiO2 surface and plastic products in the role of other substances with each other. R105 as well as surface treatment of organic matter so that it will have excellent dry flow mediated and processing, while decreasing those of the titanium dioxide coated inorganic only shared hygroscopicity. R-105 is a fine, dry powder
 
 Details
Specifications and uses a white light section steel, plastics, etc.
Model R105-level level
DuPont Brands crystalline rutile
 
DuPont Ti-Pure R-105 is a preparation of the chloride with rutile titanium dioxide pigment. Rutile Titanium Dioxide is white pigment of the most widely used. R-105 combines the neutral white color and hiding power of the characteristics of a moderate so that color more easily, is a specially designed plastic users of titanium dioxide. silica capsule technology to maximize the reduced TiO2 surface and plastic products in the role of other substances with each other. R105 as well as surface treatment of organic matter so that it will have excellent dry flow mediated and processing, while decreasing those of the titanium dioxide coated inorganic only shared hygroscopicity. R-105 is a fine, dry powder, the basic nature of the following:
Table I the results of the analysis and physical properties of
TiO2 92% weight ratio
Al2O3 3.2% weight ratio
Weight ratio of SiO2 3.5%
0.2% weight ratio of carbon
0.31 micron average particle size
 
The use of the proposed
DuPont Ti-Pure R-105 recommended the use of plastics in outdoor use, especially in PVC profiles. R105 silica coated using technology to maximize the reduced TiO2 surface interaction with the surrounding environment. This will reduce the general outdoor plastic products commonly found in "pink" and cracking and other surface degradation. R-105 surface treatment at the same time so that the flow of powder and plastic to achieve the dispersion of the best.
Basic properties of Table II
Good hiding power
Neutral white color
Excellent weatherability
In the following materials in the dispersion:
Priority stem hybrid technology
Good plasticized PVC resin
Good melt mixing operation
 
R-105 optical properties of PVC products for outdoor use is particularly useful. R105 an excellent combination of brightness, a neutral white background and appropriate force shading.
R-105 Weatherability
Ti-Pure R-105 on the effectiveness of weather resistance of SiO2-coated optimization technology to complete even in the TiO2-coated surface, SiO2 film as a layer of shielding that can block the TiO2 surface and the polymer or other additives between the responses. This is the application of external-based products is particularly important because of the TiO2 particles absorb ultraviolet energy may lead to photocatalytic reaction of polymer. R-105 can provide outstanding outdoor plastic products of the security light.
Table I. Optical security and stability of a lead line of PVC profiles
For the original luster of the%
 
18 months Florida exposure 18 months exposure Dole France ban
 
R-103 ( "powder" of specifications) 14 15
R-105 100 64
 
R-105 of anti-fade
R-105 used in the surface envelope technology to enable them to provide excellent resistance (caused by photochemical) of fading.
R-105 can lead the Department of PVC system, minimizing the issue of gray hair, but also enable the phenol polyethylene yellow line system to minimize the problem.
Easy transmission of
R-105 during the special surface treatment of bulk transport has greatly improved, the organic and inorganic composite surface-coated to deal with the best of their mobility.