VSK-58 Cathodic Electrophoretic Paint

VSK-58 Cathodic acrylic matte electrophoretic paint, this electrophoretic paint is synthesized with resin and self-crosslinking to form a film to become matte, without adding matte paste (matte powder), the matteness can reach 20° on the bright nickel layer Stablize.

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Product introduction

1、 Product Overview:


VSK-UV UV curable electrophoretic paint


The curing temperature is: UV curing for 5-7 minutes, and the flash evaporation temperature during curing is as low as 60-70 ℃,


Adapt to products that cannot be baked at high temperatures; The hardness of the paint film can reach more than 5H, and the transmittance is above 85 degrees.


2、 Product Introduction:



Model: VSK UV


Color: Milk yellow


Classification: Cathodic acrylic electrophoretic paint


Hardness: 6H


Curing conditions: UV curing for 5 minutes


Solid content: (60 ± 2)%


Product performance: Depending on the workpiece (see below for details)


Product packaging: 25kg plastic bucket


Cathodic electrophoretic coating


Transportation method: Transport as non hazardous materials


Shelf life: 2 years at room temperature


Public WeChat platform: Zhibang Electrophoretic Paint


Common problems and operating instructions


Usage: Electrophoretic varnish: Deionized water (conductivity<5 μ S/cm=1:6 (ratio), to be used after complete maturation in a stirred state.


(For detailed usage, please refer to the "Operation Manual for Cathodic Acrylic Electrophoresis" by Zhibang.)


Attention: Prevent direct sunlight and high temperatures, and prevent inversion and impurities from entering the packaging barrel.



3、 Product operation:



Slotting method: For specific operations, please refer to Zhibang's "Cathodic Acrylic Electrophoresis Operation Manual"


1. Calculation of electrophoretic paint required for slotting


Calculate the total amount of electrophoretic paint based on the total capacity of the electrophoresis tank by adding 1L of electrophoretic paint and 6 times pure water:


The total amount of electrophoretic paint required for slotting=total capacity of the electrophoretic tank ÷ 7


2. Stir the calculated electrophoretic paint in a mixing bucket until all the electrophoretic paint on the wall of the mixing bucket is dissolved:


The minimum ratio of electrophoretic paint to water during stirring should be 1:3 for the electrophoretic paint to fully dissolve.


3. Pour the stirred electrophoretic paint into the secondary tank of the electrophoresis tank, and then start the motor to circulate through the filter into the main tank of the electrophoresis tank.