XPEL

PRIME™ X-SERIES (Solar Security Film)

XPEL PRIME™ X-Series goes beyond performance, it combines a level of security with an ultrahigh infrared rejection film. It helps to protect passengers during an auto accident by holding broken glass together. XPEL PRIME™ X-SERIES solar security film were designed with first-class heat rejection technology to keep you comfortable and protected.

PRIME XR PLUS

Offering 98% infrared heat rejection thanks to multi-layer nanoparticle technology, PRIME XR PLUS automotive window tint combines a cool look with extreme performance. Let PRIME XR PLUS keep you comfortable and protected no matter the weather.

PRIME XR

Utilizing a nano-ceramic construction, PRIME XR maintains the same flawless appearance and clarity throughout the years. Blocking up to 88% infrared heat rejection, PRIME XR will provide you with the level of performance you expect from a top-of-the line automotive window tint without breaking the bank.

PRIME XM

XPEL is one of the most trusted brands in the automobile protection industry and our XPEL PRIME™ window films provide the same unparalleled quality and warranty as the rest of our products.

PRIME HP

Developed with a hybrid dyed metal construction, PRIME HP offers better heat rejection than traditional dyed films. Its enhanced reflective finish makes it a perfect blend of value and performance.

PRIME™ X-SERIES XC5 55

Visible Light Transmission
54%
Total Solar Energy Rejected
54%
Infrared Rejection
90%
UV Rejection
99%
Visible Light Rejection
8%
Thickness (mil)
5%

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PRIME™ X-SERIES XC5 15

Visible Light Transmission
15%
Total Solar Energy Rejected
66%
Infrared Rejection
90%
UV Rejection
99%
Visible Light Rejection
6%
Thickness (mil)
5%

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PRIME™ X-SERIES XS5 50

Visible Light Transmission
53%
Total Solar Energy Rejected
50%
Infrared Rejection
50%
UV Rejection
99%
Visible Light Rejection
9%
Thickness (mil)
5%

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PRIME™ X-SERIES XS5 20

Visible Light Transmission
20%
Total Solar Energy Rejected
64%
Infrared Rejection
85%
UV Rejection
99%
Visible Light Rejection
10%
Thickness (mil)
5%

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PRIME XR PLUS 70

Visible Light Transmission
69%
Total Solar Energy Rejected
52%
Infrared Rejection
94%
UV Rejection
99%
Visible Light Rejection
9%
Thickness (mil)
2%

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PRIME XR PLUS 55

Visible Light Transmission
57%
Total Solar Energy Rejected
53%
Infrared Rejection
97%
UV Rejection
99%
Visible Light Rejection
8%
Thickness (mil)
1.5%

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PRIME XR PLUS 30

Visible Light Transmission
31%
Total Solar Energy Rejected
61%
Infrared Rejection
97%
UV Rejection
99%
Visible Light Rejection
7%
Thickness (mil)
1.5%

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PRIME XR PLUS 15

Visible Light Transmission
15%
Total Solar Energy Rejected
69%
Infrared Rejection
97%
UV Rejection
99%
Visible Light Rejection
6%
Thickness (mil)
1.5%

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PRIME XR 70

Visible Light Transmission
68%
Total Solar Energy Rejected
49%
Infrared Rejection
89%
UV Rejection
99%
Visible Light Rejection
8%
Thickness (mil)
1.5%

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PRIME XR 55

Visible Light Transmission
54%
Total Solar Energy Rejected
50%
Infrared Rejection
84%
UV Rejection
99%
Visible Light Rejection
8%
Thickness (mil)
1.5%

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PRIME XR 30

Visible Light Transmission
30%
Total Solar Energy Rejected
58%
Infrared Rejection
85%
UV Rejection
99%
Visible Light Rejection
7%
Thickness (mil)
1.5%

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PRIME XR 15

Visible Light Transmission
15%
Total Solar Energy Rejected
65%
Infrared Rejection
85%
UV Rejection
99%
Visible Light Rejection
6%
Thickness (mil)
1.5%

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PRIME XM 50

Visible Light Transmission
54%
Total Solar Energy Rejected
50%
Infrared Rejection
50%
UV Rejection
99%
Visible Light Rejection
9%
Thickness (mil)
1.5%

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PRIME XM 30

Visible Light Transmission
29%
Total Solar Energy Rejected
55%
Infrared Rejection
80%
UV Rejection
99%
Visible Light Rejection
12%
Thickness (mil)
1.5%

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PRIME XM 20

Visible Light Transmission
18%
Total Solar Energy Rejected
58%
Infrared Rejection
80%
UV Rejection
99%
Visible Light Rejection
9%
Thickness (mil)
1.5%

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PRIME HP 35

Visible Light Transmission
34%
Total Solar Energy Rejected
49%
Infrared Rejection
42%
UV Rejection
99%
Visible Light Rejection
7%
Thickness (mil)
1.5%

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PRIME HP 15

Visible Light Transmission
13%
Total Solar Energy Rejected
53%
Infrared Rejection
41%
UV Rejection
99%
Visible Light Rejection
8%
Thickness (mil)
1.5%

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PRIME HP 05

Visible Light Transmission
4%
Total Solar Energy Rejected
59%
Infrared Rejection
43%
UV Rejection
99%
Visible Light Rejection
7%
Thickness (mil)
1.5%

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