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Coating key performance and detection method summary

Fluorocarbon coating is a kind of high-performance coating. Its main components are fluororesin and carbon pigment, and it has excellent characteristics such as weather resistance, chemical corrosion resistance and abrasion resistance. Fluorocarbon coatings are suitable for surface coating of various buildings, industrial facilities, vehicles, etc., such as airport terminals, large industrial equipment, automobiles, aircraft, etc., and can provide excellent anti-corrosion, anti-rust, anti-pollution effects, etc., and have a long service life and maintenance cycle.

Detection performance and equipment

Performance nameEquipment used
film thicknessCoating Thickness Gauge
AdhesionAdhesion Tester
Salt spray corrosion resistanceSalt spray Test Chamber
Chemical resistanceChemical Resistance Test Chamber
wear resistanceAbrasion testing machine
UV resistanceUV accelerated aging Test Chamber
densityDensity meter
pH valuepH meter

Detection steps

The following are the corresponding detection steps:

Film thickness:

  1. Clean the coating surface;

  2. The film thickness of the coating was measured using a Film Thickness Gauge.

Summary of key properties and testing methods of fluorocarbon coatings with Figure 1

Adhesion:

  1. scratch a straight line on the coating surface;

  2. Use an adhesion Tester to measure the adhesion of the coated surface.

Summary of key properties and testing methods of fluorocarbon coatings with Figure 2

Salt spray corrosion resistance:

  1. scratch a straight line on the coating surface;

  2. Place the coating sample in a salt spray Test Chamber for salt spray corrosion test;

  3. Observe the changes in the coating sample, such as corrosion, peeling, discoloration, etc.

Summary of key properties and testing methods of fluorocarbon coatings with Figure 3

Chemical resistance performance:

  1. Place the coating sample in a chemical resistance test box and expose it to chemical reagents;

  2. Observe the changes in the coated samples and use a microscope to observe their surface topography.

Wear resistance:

  1. Place the coated sample in the abrasion Tester;

  2. A wear test was performed to observe the wear of the coated samples.

Summary of key properties and testing methods of fluorocarbon coatings with Figure 4

UV resistance:

  1. Place the coating sample in the UV accelerated aging test box;

  2. A UV aging test was carried out to observe the changes of the coated samples.

Summary of key properties and testing methods of fluorocarbon coatings with Figure 5

density:

  1. Place the paint sample in the density meter;

  2. Measure the density of a paint sample.

Summary of key properties and testing methods of fluorocarbon coatings with Figure 6

pH value:

  1. Place the paint sample in the pH meter;

  2. Measure the pH of the paint sample.

Summary of key properties and testing methods of fluorocarbon coatings with Figure 7

For each test, the specific steps will be different, and you need to refer to the corresponding test standards or methods. Commonly used standards or methods include: ASTM, ISO, GB/T, etc. During the detection process, attention should be paid to the accuracy and repeatability of the instrument, as well as the source and storage method of the sample.

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