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PC Heatcut Sheet

Typical Applications

Canopy, Connecting walkway, Skybridge, etc.

Features & Benefits

- Greater heat resistance than Polycarbonate sheet
- Shows vivid color as its light transmittance of visible ray is greater than opaque thermal sheet

EXEET HEATCUT Standard Spec

Model Color Specification
HGHC13 GREEN - Thickness : 2.0㎜~20.0㎜
- Width : 1,000㎜~2,100㎜ (Other specification available upon request)
- Length : Order made
HGHC21 BLUE
HGHC40 BROWN

※ Penetrate a Visible rays which is visible as possible, and mixing the special addictives which prohibit infrared rays

EXEET HEATCUT Technical Data

Properties Test Method Unit Clear Heatcut Sheet
HGHC
13		 HGHC
21		 HGHC
40
Physical Properties Absorptivity KS M ISO 62 % 0.11 0.11 0.11
Mechanical Properties Tensile Strength KS M 3006 MPa 64.7 65.5 64.7
Elongation at cut off point KS M 3006 % 71 68 71
Flexural Modulus KS M ISO 178 MPa 97.5 98.5 97.5
Tensile Elasticity KS M 3006 GPa 2.26 2.21 2.26
Refractive Elasticity KS M ISO 178 GPa 2.25 2.23 2.25
Rockwell Strength KS M ISO 2039-2 - 120 121 120
Charpy Impact Modulus KS M 3056 KJ/㎡ 92 88 92
Thermal Properties Weight Transformation Temperature KS M ISO 75-2 ℃ 136 135 136
Vicat Softening Temperature KS M ISO 306 ℃ 146 145 146

※ The above in formation is typical values only, not for warranty purpose.

  • EXEET HEATCUT Heatcut Performance


    - After Infrared ray ramp turned on, inside temperature decreased about 6℃~8℃

    ※ To evaluate heatcut value quantitatively, heat variations per each time are measured by our test tools

EXEET HEATCUT Solar Energy Penetration Ratio

Classification Polycarbonate sheet Heatcut sheet Clear Heatcut sheet
HG13 HG21 HG40 HGH13 HGH21 HGH40 HGHC13 HGHC21 HGHC40
The amount of Solar energ BTU/hr-FT2 150
% 100%
The amount of Penetration energy BTU/hr-FT2 138 132 88 3 0 6 80 77 53
% 92% 88% 59% 2% 0% 4% 53% 51% 35%
The amount of Penetration energy BTU/hr-FT2 12 18 62 147 150 144 70 73 97
% 8% 12% 41% 98% 100% 96% 47% 49% 65%

※ Total Solar Energy Rejected
- Ratio of Total solar energy absorbed·Injected·reflected by all the range of Solar wavelength

※ (BTU : Unit for the amount of energy in British / American - The amount of energy to increase 1℉ per 1lb
- 1BTU = 252cal = 1055.6J

EXEET HEATCUT Analysys of penetration ratio per each wavelength

※ Prohibiting Infrared rays range especially, Penetration ratio is lower than Polycarbonate sheet