Industrial coatings

Related products: TINOX® R-2160, TINOX® R-2140

TiO2 in industrial coating

When discuss on titanium dioxide for industrial coatings, especially in the paint formulation design, in addition to selecting the appropriate TiO2 grade, another key issue is how to determine the optimal use of TiO2. This depends on the need for coating opacity, but other factors are also key important such as PVC, wetting and dispersing, film thickness, solids content, and the presence of other coloring pigments.

For room temperature curing solvent-based white coatings, we can select the titanium dioxide content, from 350Kg/1000L for high-quality coatings to 240kg/1000L for economical coatings, when the PVC is 17.5% or in the ratio of 0.75:1. The solid dosage is 70%~50%; for decorative latex paint, when PVC, CPVC, we can also reduce the amount of TiO2 with the increase of dry hiding power.

In some economical coating formulations, we can reduce the amount of TiO2 to 20kg/1000L. In high-rise building exterior wall coatings, we can reduce the content of titanium dioxide to a certain proportion, and the adhesion of the coating film can also be increased.

Products related with below reference: TINOX® A-2380, TINOX® CR-1120.

To the quality test, we can take this article as a reference, 

Quality Control Testing of Titanium Dioxide Industrial Coating Bases— November 7, 2018 Jeff Watts 

Industrial coatings & paints formulation table reference (part by mass) with TiO2 ratio

The data provided is based on lab reserach for your reference only, to the real pratical application please adjust accordingly.

Merchanical Second primer formulation

Merchanical Second primer formulation
MaterialAlkydNitroPerchloroethylene
Medium oil linseed oil alkyd resin(50%)302
Nitrocellulose(70%)12.3
Maleic anhydride modified rosin resin6.9
Perchloroethylene resin10.9
Dibutyl phthalate3.52.55
Lithopone52
TINOX® A-23803.7
Zinc Oxide16.512.1
Precipitated barium sulfate4.9
Talcum powder55.3
Carbon Black0.30~0.1
C5~C9 barium soaps0.25
Manganese naphthenate(2%)0.8
Lead naphthenate(8%)0.8
Zinc naphthenate(2%)0.5
200# Paint solvent oil5.9
Xylene5
Butyl acetate8.1
Ethyl acetate9
Ethanol5.4
Toluene21.5
Mixed solvent55.79

Polyurethane enamel formulation

Polyurethane enamel formulation
MaterialAromaticCompoundAliphatic
GroupAToluene diisocyanate / trihydroxy32
Methyl propane adduct (75%)8.2
Diisocyanate biuret(75%)8.218.9
Butyl acetate18
GroupBPolyester(75%)34.921.9
Hydroxy acrylic resin solution60
TINOX® A-238027.515
Carbon BlaCk2.3
Dispersant2.31.1
Defoamer0.30.3
Leveling agent0.30.3
High-boiling leveling agent44
Butyl acetate21.918.5
Xylene15
MPA solvent910
Special solvent25
GroupA:GroupB50:10016.4:83.618.9:100

Cathodic electrophoresis automotive primer

Cathodic electrophoresis automotive primer
Materialformulation1formulation2
Aminated bisphenol A epoxy resin solution(66%)117.7101
Ethylenediamine-Cardura E10(116:500) adduct23.111.6
TINOX® CR-1120123110
Carbon black2.52.3
Dibutyltin dilaurate0.6
Lead octanoate6.44.5
Basic strontium salt2.5
Cardura E10-Trimellitic anhydride(1248:460) adduct12.6
Caprolactam blocked Desmodurl33
Ethylene glycol butyl ether terminated TMP-TDI(1248:460) adduct39
Ethylene glycol butyl ether (OR Texanol)4.8
HC00H(50%)122.8