for Road marking paints

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

  In the paint formulation design, in addition to selecting the appropriate titanium dioxide grade, another key issue is how to determine the optimal use of titanium dioxide. This depends on the need for coating opacity but is also marketed by other factors 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, the titanium dioxide content can be selected from 350kg/1000L for high-quality coatings to 240kg/1000L for economical coatings when the PVC is 17.5% or the ratio of 0.75:1. The solid dosage is 70%~50%; for decorative latex paint, when PVC CPVC, the amount of titanium dioxide can be further reduced with the increase of dry hiding power. In some economical coating formulations, the amount of titanium dioxide can be reduced to 20kg/1000L. In high-rise building exterior wall coatings, the content of titanium dioxide can be reduced to a certain proportion, and the adhesion of the coating film can also be increased.

White chlorinated rubber road marking paints TypeA formulation table reference (Kg/1000L)

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

MaterialtypeA1typeA2Reflective marking type
White chlorinated rubber(20mPa·s)8.610.56.17
Long oil alkyd resin(60%)6.6
Dry oil modified alkyd resin8.99
Chlorinated paraffin (Cl 70%)7
Chlorinated paraffin (Cl 42%)6.43.52.64
TINOX® R-2160(TiO2 Rutile )17.11412.39
Zinc Oxide4.3
Calcite powder17.81
Barite powder10
Talcum powder1210
Heavy calcium carbonate10.8107.12
Modified bentonite0.50.5Soybean oil lecithin Moderate amount
Epichlorohydrin0.30.5
Cobalt naphthenate0.1
Lead naphthenate0.2
Methyl ethyl ketone oxime0.3
Methyl ethyl ketone29.810
Toluene24Xylene 34,35
Ethyl acetate3Alcohol 0.16
Glass beads(Surface spread)15~20