Plas-Tech offers in house hard coating of both acrylic and polycarbonate flat and formed parts with an abrasion and uv resistant coatings which will significantly increase the life expectancy of the substrate material by dramatically increasing the resistance to scratching, marring, harsh chemicals and uv degradation.

Specifications

Capabilities

Acrylic CoatingPolycarbonate Coating

Service Advantages

Abrasion Resistance

Harsh Chemicals Resistance

Marring Resistance

Scratching Resistance

UV Degradation Resistance

STC587 Polycarbonate Coating

Film Build Thickness

 3 – 5 µ

Taber Resistance (550g Load CS10f Wheels)

 ANSI Z26.1

Polycarbonate (Haze % Initial)1

 STC587: .7%Tempered Glass: .5%Uncoated: .7%

Polycarbonate (Haze % 300 Cycles)2

 STC587: 2.1%Tempered Glass: 1%Uncoated: 30%

Polycarbonate (Haze % 500 Cycles)3

 STC587: 3.9%

Flammability (Coating Only)

 Tested to ANSI Z26.1 – Result “non-sustaining”

STC5020 Acrylic Coating

Film Build Thickness

3 – 5 µ

Taber Resistance (550g Load CS10f Wheels)

 ANSI Z26.1

Haze % Initial4

 STC5020: .4%Tempered Glass: .5%Uncoated: .4%

Haze % 300 Cycles5

 STC5020: 1.7%Tempered Glass: 1%Uncoated: 27%

Haze % 500 Cycles6

 STC5020: 3.9%

Flammability (Coating Only)

 Tested to ANSI Z26.1 – Result “non-sustaining”
  • 1 Reported as increase in % haze per Test Method ASTM D-1003
  • 2 Reported as increase in % haze per Test Method ASTM D-1003
  • 3 Reported as increase in % haze per Test Method ASTM D-1003
  • 4 Reported as increase in % haze per Test Method ASTM D-1003
  • 5 Reported as increase in % haze per Test Method ASTM D-1003
  • 6 Reported as increase in % haze per Test Method ASTM D-1003
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