PhysicalPerformance

The following technicalinformation should be considered typical only and should not be used forspecification purposed.

Physical PropertyAdhesion (ASTM D4956)

Test Method: 90°C HangingWeight

FMVSS 108 Requirements:< 2 Inch (55 mm) Movement Shrinkage (ASTM D4956)

Test Method: 9x9 InchPanel

FMVSS 108 Requirements:< 1/8 Inch change on

Flexibility

Test Method: Wrap arounda 1/8” mandrel @ 32°F (0°C)

FMVSS 108 Requirements:No Cracking Impact Resistance

Test Method: 100 In-Lb,5/8 Inch Tip

FMVSS 108 Requirements:No Damage Outside Impact

Chemical Resistance

Test Method: (SAE J1967)

Test Result: Not Affectedby toluene, #2 diesel fuel, gasoline (Leaded) Kerosene, TSP Detergent, Xylene,Dilute Metal Brighteners

Corrosion Resistance

Test Method: (ASTM B-117Salt Spray)

Test Result: No Effect1000 Hours

Minimum Application Temp.: 60°F (150°C)

High Pressure Wash

Test Method: 45° Angle,1200 psi, 8 Inch Away

Test Result: No PeelingOff

RetroreflectivePerformance

Reflective Material –Vehicle Conspicuity Markings 6”x6 # HI-INT-180012 conforms to the photometryrequirements of GRADE DOT-C2 showed in the following table when testedaccording to the retro reflective sheeting photometry procedure stated in FMVSS108 Appendix G.

While use ReflectiveMaterial – Vehicle Conspicuity Markings enhances visibility, no reflectivematerial can guarantee absolute visibility, particularly in adverse weatherconditions. Performance will vary depending upon actual use, exposure conditionsand maintenance. Users should test reflective material to satisfy conformanceto their own requirements.

Photometries

Daytime Color (x,y,Y)

The chromaticitycoordinates and total luminance factor of the Vehicle Conspicuity Markingsconform to Table A Daytime Color Specifications Limit (see Note 1).

Color Test – OrdinaryColored Sheeting Conformance to standard chromaticity (x, y) and luminancefactor (Y %) requirements shall be determined by instrumental method inaccordance with ASTM E 1164 on sheeting applied to smooth aluminum test panels.

The values shall bedetermined on a spectrophotometer.

Computations shall bedone for CIE Illuminant D65 and the 2° standard observer (see Note 2)

Table A

Note 1 : The four pairsof chromaticity coordinates determine the acceptable color in terms of the CIE1931 Standard Colormetric System.

Note 2 : Theinstrumentally determined color values of retroreflective sheeting can varysignificantly depending on the make and model of colorimetric spectrophotometeras well as the color and retro reflective optics of the sheetin