- Product Details
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Quick Details
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EINECS No.:
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no
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Place of Origin:
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Anhui, China
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Brand Name:
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Sinograce
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Model Number:
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PF-410
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Appearance:
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Yellowish transparent liquid
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Density(g/cm2):
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0.8-1.0
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Coating thickness(μm):
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5-8
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Leveling temperature/time(℃):
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60℃/15min
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UV Curing Energy(J/cm*cm):
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380-450
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Product Name:
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Anti-Fog Nano Ceramic Car Coating Anti-scratch for car glass
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Item name:
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antifogging agent
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keyword:
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nano coating for car glass
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Application:
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PET film / PC / PMMA sheets
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Material:
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colourless polymer functional
Quick Details
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CAS No.:
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no
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Other Names:
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antifoggant
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MF:
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no
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EINECS No.:
-
no
-
Place of Origin:
-
Anhui, China
-
Brand Name:
-
Sinograce
-
Model Number:
-
PF-410
-
Appearance:
-
Yellowish transparent liquid
-
Density(g/cm2):
-
0.8-1.0
-
Coating thickness(μm):
-
5-8
-
Leveling temperature/time(℃):
-
60℃/15min
-
UV Curing Energy(J/cm*cm):
-
380-450
-
Product Name:
-
Anti-Fog Nano Ceramic Car Coating Anti-scratch for car glass
-
Item name:
-
antifogging agent
-
keyword:
-
nano coating for car glass
-
Application:
-
PET film / PC / PMMA sheets
-
Material:
-
colourless polymer functional
UV Anti-fogging coating P F-410
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Product description |
PF-410 is a yellowish transparent polymer functional material liquid. The main component of this product is UV hydrophilic resin, which has good adhesion on plastic substrates, and shows super hydrophilicity. The initial drop angle is less than 5 degrees; the water resistance is good, the drop angle is less than 10 degrees after soaking for 12 hours; the hardness is high, and the hardness of PMMA substrates can reach more than 4H. It has no stimulation to human body, strong adaptability and excellent construction performance. |
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Features |
l Strong hydrophilicity l Good adhesion l High hardness l Excellent water resistance l Good abrasion resistance l Wide adaptability |
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Qualification |
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Application |
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Detection methods and performance indicators |
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How To Use |
l Pre-cleaning: To ensure that the surface of the substrate is clean and free from dirt. l Spraying process: A disposable dropper can be uniformly sprayed on the sample plate, then placed vertically, first at room temperature for 90 seconds, then 60 degrees infrared for 15 minutes, and then UV curing. l Curing process: UV curing, energy between 380-450 J/cm*cm. |
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