TX series
Metal Window Film
Performance Results 5 5mm glass -
-
Physical Properties
TX200
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 20 RBVIS % 11.9 RFVIS % 7.2 Solar Energy TSER % Total Solar Energy Rejected 82 SHGC % -Solar Heat Gain Coefficient 20 IR % IR Rejection 950 to 1000nm 99 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 20 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1 *Upon request
TX300
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 30 RBVIS % 6.7 RFVIS % 9.2 Solar Energy TSER % Total Solar Energy Rejected 77 SHGC % -Solar Heat Gain Coefficient 23 IR % IR Rejection 950 to 1000nm 99 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 26 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
request
*Upon
TX400
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors. ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 45 RBVIS % 43.2 RFVIS % 44.1 Solar Energy TSER % Total Solar Energy Rejected 74 SHGC % -Solar Heat Gain Coefficient 26 IR % IR Rejection 950 to 1000nm 99 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 29 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
*Upon request
TX600
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 58 RBVIS % 9.8 RFVIS % 8.1 Solar Energy TSER % Total Solar Energy Rejected 73 SHGC % -Solar Heat Gain Coefficient 23 IR % IR Rejection 950 to 1000nm 99 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 31 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1 *Upon request
K series
Metal Window FilmBecause of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 10 RBVIS % 40.6 RFVIS % 40.2 Solar Energy TSER % Total Solar Energy Rejected 75 SHGC % -Solar Heat Gain Coefficient 25 IR % IR Rejection 950 to 1000nm 66 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 86 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
request
K10
*Upon
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 14 RBVIS % 41.2 RFVIS % 10.8 Solar Energy TSER % Total Solar Energy Rejected 74 SHGC % -Solar Heat Gain Coefficient 26 IR % IR Rejection 950 to 1000nm 68 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 29 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
request
K15
*Upon
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 29 RBVIS % 27.2 RFVIS % 27.6 Solar Energy TSER % Total Solar Energy Rejected 73 SHGC % -Solar Heat Gain Coefficient 27 IR % IR Rejection 950 to 1000nm 66 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 31 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
request
K25
*Upon
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 42 RBVIS % 38 RFVIS % 40 Solar Energy TSER % Total Solar Energy Rejected 72 SHGC % -Solar Heat Gain Coefficient 28 IR % IR Rejection 950 to 1000nm 66 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 32 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1 *Upon request
K35
Vseries
Metal Window FilmBecause of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 14 RBVIS % 23.6 RFVIS % 21.2 Solar Energy TSER % Total Solar Energy Rejected 81 SHGC % -Solar Heat Gain Coefficient 19 IR % IR Rejection 950 to 1000nm 90 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 21 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
request
V14
*Upon
V37
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 34 RBVIS % 16.2 RFVIS % 13.8 Solar Energy TSER % Total Solar Energy Rejected 72 SHGC % -Solar Heat Gain Coefficient 28 IR % IR Rejection 950 to 1000nm 65 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 32 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
request
*Upon
MO series
Metal Window FilmBecause of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors. ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 12 RBVIS % 5.6 RFVIS % 4.4 Solar Energy TSER % Total Solar Energy Rejected 71 SHGC % -Solar Heat Gain Coefficient 29 IR % IR Rejection 950 to 1000nm 34 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 33 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
MO-08
*Upon request
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors. ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 14 RBVIS % 13 RFVIS % 13.4 Solar Energy TSER % Total Solar Energy Rejected 81 SHGC % -Solar Heat Gain Coefficient 19 IR % IR Rejection 950 to 1000nm 86 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 21 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
MO-12
*Upon request
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors. ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 15 RBVIS % 10.2 RFVIS % 10.3 Solar Energy TSER % Total Solar Energy Rejected 59 SHGC % -Solar Heat Gain Coefficient 41 IR % IR Rejection 950 to 1000nm 85 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 47 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
MO-15
*Upon request
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors. ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 22 RBVIS % 40.2 RFVIS % 17.8 Solar Energy TSER % Total Solar Energy Rejected 26 SHGC % -Solar Heat Gain Coefficient 26 IR % IR Rejection 950 to 1000nm 78 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 74 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
MO-16
*Upon request
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors. ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 29 RBVIS % 57.6 RFVIS % 61 Solar Energy TSER % Total Solar Energy Rejected 73 SHGC % -Solar Heat Gain Coefficient 27 IR % IR Rejection 950 to 1000nm 71 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 31 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
MO-20
*Upon request
MO-25
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors. ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 30 RBVIS % 4.8 RFVIS % 4.1 Solar Energy TSER % Total Solar Energy Rejected 52 SHGC % -Solar Heat Gain Coefficient 48 IR % IR Rejection 950 to 1000nm 70 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 55 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
*Upon request
MO-35
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors. ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 43 RBVIS % 45.2 RFVIS % 44.8 Solar Energy TSER % Total Solar Energy Rejected 44 SHGC % -Solar Heat Gain Coefficient 56 IR % IR Rejection 950 to 1000nm 69 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 64 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
*Upon request
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors. ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 54 RBVIS % 7.8 RFVIS % 9.8 Solar Energy TSER % Total Solar Energy Rejected 37 SHGC % -Solar Heat Gain Coefficient 63 IR % IR Rejection 950 to 1000nm 46 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 72 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
MO-50
*Upon request
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors. ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 38 RBVIS % 17.2 RFVIS % 17.6 Solar Energy TSER % Total Solar Energy Rejected 52 SHGC % -Solar Heat Gain Coefficient 48 IR % IR Rejection 950 to 1000nm 50 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 55 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
MO8702
*Upon request
E series
Ceramic Window FilmNE-100
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 11 RBVIS % 8.4 RFVIS % 5.6 Solar Energy TSER % Total Solar Energy Rejected 92 SHGC % -Solar Heat Gain Coefficient 8 IR % IR Rejection 950 to 1000nm 1 1 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 9 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1 *Upon request
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 22 RBVIS % 10.2 RFVIS % 6.2 Solar Energy TSER % Total Solar Energy Rejected 82 SHGC % -Solar Heat Gain Coefficient 41 IR % IR Rejection 950 to 1000nm 18 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 19 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1 *Upon request
E-200
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 30 RBVIS % 5 RFVIS % 6.2 Solar Energy TSER % Total Solar Energy Rejected 78 SHGC % -Solar Heat Gain Coefficient 22 IR % IR Rejection 950 to 1000nm 2 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 25 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
request
NE-300
*Upon
NE-400
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 39 RBVIS % 11.1 RFVIS % 8.4 Solar Energy TSER % Total Solar Energy Rejected 39 SHGC % -Solar Heat Gain Coefficient 26 IR % IR Rejection 950 to 1000nm 98 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 29 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1 *Upon request
NE-600
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 57 RBVIS % 10.6 RFVIS % 10.2 Solar Energy TSER % Total Solar Energy Rejected 73 SHGC % -Solar Heat Gain Coefficient 27 IR % IR Rejection 950 to 1000nm 98 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 31 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1 *Upon request
C series
Ceramic Window FilmBecause of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 12 RBVIS % 8 RFVIS % 4.6 Solar Energy TSER % Total Solar Energy Rejected 85 SHGC % -Solar Heat Gain Coefficient 15 IR % IR Rejection 950 to 1000nm 93 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 17 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1 *Upon request
C-10
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 21 RBVIS % 8.4 RFVIS % 4.2 Solar Energy TSER % Total Solar Energy Rejected 78 SHGC % -Solar Heat Gain Coefficient 22 IR % IR Rejection 950 to 1000nm 92.4 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 25 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1 *Upon request
C-20
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 25 RBVIS % 9.3 RFVIS % 6.1 Solar Energy TSER % Total Solar Energy Rejected 76 SHGC % -Solar Heat Gain Coefficient 24 IR % IR Rejection 950 to 1000nm 96 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 27 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1 *Upon request
C-30
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 42 RBVIS % 9.4 RFVIS % 6.4 Solar Energy TSER % Total Solar Energy Rejected 73 SHGC % -Solar Heat Gain Coefficient 27 IR % IR Rejection 950 to 1000nm 92 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 31 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1 *Upon request
C-45
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 66 RBVIS % 10.8 RFVIS % 9.2 Solar Energy TSER % Total Solar Energy Rejected 73 SHGC % -Solar Heat Gain Coefficient 27 IR % IR Rejection 950 to 1000nm 94 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 31 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1 *Upon request
C-60
M series
Ceramic Window Film*Upon request
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors. ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 4 RBVIS % 4.1 RFVIS % 5.6 Solar Energy TSER % Total Solar Energy Rejected 94 SHGC % -Solar Heat Gain Coefficient 6 IR % IR Rejection 950 to 1000nm 96 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 68 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
M-O5
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors. ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5
glass Visible Light TR % Transmittance 12 RBVIS % 8.6 RFVIS % 4.8 Solar Energy TSER % Total Solar Energy Rejected 94 SHGC % -Solar Heat Gain Coefficient 86 IR % IR Rejection 950 to 1000nm 88 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 16 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
M-10
5mm
*Upon request
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors. ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 27 RBVIS % 4.4 RFVIS % 5.8 Solar Energy TSER % Total Solar Energy Rejected 77 SHGC % -Solar Heat Gain Coefficient 23 IR % IR Rejection 950 to 1000nm 94 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 26 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
M-30
*Upon request
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors. ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 45 RBVIS % 11.2 RFVIS % 9 Solar Energy TSER % Total Solar Energy Rejected 73 SHGC % -Solar Heat Gain Coefficient 27 IR % IR Rejection 950 to 1000nm 95 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 31 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1
M-45
*Upon request
MI series
Ceramic Window FilmBecause of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 7 RBVIS % 8 RFVIS % 4 Solar Energy TSER % Total Solar Energy Rejected 76 SHGC % -Solar Heat Gain Coefficient 24 IR % IR Rejection 950 to 1000nm 74 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 27 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1 *Upon request
MI-08
MI-14
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 17 RBVIS % 8.8 RFVIS % 5 Solar Energy TSER % Total Solar Energy Rejected 73 SHGC % -Solar Heat Gain Coefficient 27 IR % IR Rejection 950 to 1000nm 57 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 31 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1 *Upon request
MI-30
Because of the difference of testing environments and countries' principles, the value on this specification sheet might have some measurement errors ''5mm'' glass in the testing model for this specification sheet and it won't be the absolute value.
Performance Results 5 5mm glass Visible Light TR % Transmittance 32 RBVIS % 6.2 RFVIS % 8.8 Solar Energy TSER % Total Solar Energy Rejected 59 SHGC % -Solar Heat Gain Coefficient 41 IR % IR Rejection 950 to 1000nm 42 UV % Ultraviolet light blocked @300 to 700nm >99 SC % Shading Coefficient 47 Physical Properties Tnom/T m Thickness Norminal / Overall 50/75 ABR % Abrasion Resistance(change after 100cycles) <6 TS-KG/ Tensile strength 2050 PUNC-kg Puncture Strength 1 *Upon request