Film database

Every film family I track, the numbers its maker publishes and the conditions they were measured under, with a link to the source document. TSER and IRER only line up when the glass, method and wavelength match, so read the test column before you rank anything.

Families: 103
Brands: 17
Fully published: 46

Fully published46Shade-level TSER and IRER plus glass, method and wavelength are stated.
Limited56Useful data is published, but a material condition is missing.
Claim only0A performance claim appears without enough public context.
Not published1No useful current public performance figures were found.

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103 of 103 families. Tick up to three to compare.

Film family	Construction	TSER	IRER	Test condition	Evidence	Published VLTs	Headline IR	Tier	Source
3MCrystalline CR BLK3M's August 2025 sheet no longer lists the CR BLK 15 shade.	200+ layer optical + ceramic	32–59%	48–70%	6 mm clear · ANSI/NFRC 200 · IRER 780–2500 nm; IRR 900–1000 nm film-only	Fully published	30 · 35 · 40 · 50 · 60 · 70 · 80	95–98% IRR	$$$$Flagship	3M TDS Rev F · Aug 2025 ↗
3MCeramic IR	Nano-ceramic	41–63%	58–63%	6 mm clear · ANSI/NFRC 200 · IRER 780–2500 nm; IRR 900–1000 nm film-only	Fully published	05 · 15 · 25 · 30 · 35 · 50 · 70	78–95% IRR	$$$Premium	3M TDS Rev B · Jul 2021 ↗
3MColor Stable	Ceramic + patented dye (CS IR)	36–56%	45–49%	6 mm clear · ANSI/NFRC 200 · IRER 780–2500 nm; IRR 900–1000 nm film-only	Fully published	05 · 15 · 25 · 30 · 35 · 50 · 70	32–40% IRR	$$Midrange	3M TDS Rev C · May 2024 ↗
3MObsidian	Infused dyed polyester	28–44%	25%	6 mm clear · ANSI/NFRC 200 · IRER 780–2500 nm; IRR 900–1000 nm film-only	Fully published	05 · 15 · 25 · 30 · 35 · 50	8–9% IRR	$Value	3M TDS Rev G · Jul 2026 ↗
3MFX-PM	Metal-free dyed	31–44%	27–29%	6 mm clear · ANSI/NFRC 200 · IRER 780–2500 nm; IRR 900–1000 nm film-only	Fully published	05 · 15 · 25 · 30 · 35 · 40 · 55	19–22% IRR	$$Midrange	3M TDS Rev A · Apr 2021 ↗
3MFX-HP	Hybrid metal/dye	41–55%	38–42%	6 mm clear · ANSI/NFRC 200 · IRER 780–2500 nm; IRR 900–1000 nm film-only	Fully published	05 · 15 · 20 · 30 · 35 · 50	35–43% IRR	$$Midrange	3M TDS Rev A · Apr 2021 ↗
3MBlack ChromeIn 3M's clear-glass table every Black Chrome shade lists identical TSER and IRER.	Metallized	47–72%	47–72%	6 mm clear · ANSI/NFRC 200 · IRER 780–2500 nm; IRR 900–1000 nm film-only	Fully published	10 · 20 · 35 · 40	51–86% IRR	$$$Specialty	3M TDS Rev A · May 2021 ↗
FormulaOneStratosThe Stratos 25 figures come from product development and are marked subject to change.	Hybrid-Matrix nano-ceramic	49–65%	65–67%	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Fully published	05 · 15 · 25 · 30 · 35 · 40 · 50 · 70	93–97% SIRR	$$$$Flagship	FormulaOne LLSP0037NA · Oct 2026 ↗
FormulaOnePinnacle	Nano-ceramic	50–64%	59–62%	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Fully published	05 · 15 · 25 · 30 · 35 · 40 · 50	86–90% SIRR	$$$Premium	FormulaOne LLSP0037NA · Oct 2026 ↗
FormulaOneComfort	Metallized	35–59%	32–54%	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Fully published	05 · 15 · 30 · 38 · 50	44–72% SIRR	$$Midrange	FormulaOne LLSP0037NA · Oct 2026 ↗
FormulaOneClassic	Dyed	28–44%	22%	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Fully published	05 · 15 · 30 · 35 · 50	29% SIRR	$Value	FormulaOne LLSP0037NA · Oct 2026 ↗
JohnsonSupreme IRJohnson's JLC sheet lists slightly different Supreme IR values (TSER 51–65%, IRER 65–66%, SIRR 95%).	Multilayer nano-ceramic	51–66%	67%	6 mm clear · ASTM/ANSI/NFRC, LBNL Window 6 · IRER/SIRR 780–2500 nm	Fully published	05 · 10 · 20 · 35 · 45 · 55 · 70	97% SIRR	$$$$Flagship	Johnson JWF auto specs · rev 2411 ↗
JohnsonInsulatIR	Nano-ceramic	31–56%	43–64%	6 mm clear · ASTM/ANSI/NFRC, LBNL Window 6 · IRER/SIRR 780–2500 nm	Fully published	05 · 20 · 35 · 45 · 70 · 80 · 85	60–93% SIRR	$$$Premium	Johnson JWF auto specs · rev 2411 ↗
JohnsonSummitOnly the JLC sheet lists Summit. It shows the 20 shade at 52% TSER; Johnson's product page says 62%.	Ceramic	49–65%	62–64%	6 mm clear · ASTM/ANSI/NFRC, LBNL Window 6 · IRER/SIRR 780–2500 nm	Fully published	05 · 20 · 35 · 70	91–92% SIRR	$$$Premium	Johnson JLC auto specs · rev 2411 ↗
JohnsonMarathon	Metallized + dyed	42–60%	38–50%	6 mm clear · ASTM/ANSI/NFRC, LBNL Window 6 · IRER/SIRR 780–2500 nm	Fully published	05 · 15 · 20 · 30 · 35 · 45	51–65% SIRR	$$Midrange	Johnson JWF auto specs · rev 2411 ↗
JohnsonRenegade	Color-stable non-reflective	31–43%	22%	6 mm clear · ASTM/ANSI/NFRC, LBNL Window 6 · IRER/SIRR 780–2500 nm	Fully published	05 · 20 · 30 · 35 · 43 · 50	28% SIRR	$Value	Johnson JWF auto specs · rev 2411 ↗
JohnsonRay Guard Carbon	Nano-hybrid carbon	48–62%	54–60%	6 mm clear · ASTM/ANSI/NFRC, LBNL Window 6 · IRER/SIRR 780–2500 nm	Fully published	05 · 20 · 35 · 45	75–85% SIRR	$$Midrange	Johnson JWF auto specs · rev 2411 ↗
JohnsonPlexShade	Two-ply dyed for plastic	34–41%	20–22%	6 mm clear · ASTM/ANSI/NFRC, LBNL Window 6 · IRER/SIRR 780–2500 nm	Fully published	10 · 20 · 43	26–28% SIRR	$$$Specialty	Johnson JWF auto specs · rev 2411 ↗
JohnsonUV Clear	Clear UV film	18%	21%	6 mm clear · ASTM/ANSI/NFRC, LBNL Window 6 · IRER/SIRR 780–2500 nm	Fully published	88	27% SIRR	$$$Specialty	Johnson JWF auto specs · rev 2411 ↗
LLumarATC	Color-stable dyed	28–44%	22%	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Fully published	05 · 15 · 20 · 30 · 35 · 40 · 50	28–29% SIRR	$Value	LLumar L1748 · Aug 2025 ↗
LLumarATR	Metallized + dyed	35–61%	29–54%	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Fully published	05 · 15 · 20 · 30 · 35 · 40 · 50	37–68% SIRR	$$Midrange	LLumar L1748 · Aug 2025 ↗
LLumarCTX	Ceramic	43–58%	47–50%	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Fully published	05 · 15 · 25 · 30 · 35 · 40 · 50	66–72% SIRR	$$$Premium	LLumar L1748 · Aug 2025 ↗
LLumarIRX	Infrared-rejecting nano-ceramic	50–62%	59–61%	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Fully published	05 · 15 · 25 · 30 · 35 · 40 · 50	85–88% SIRR	$$$$Flagship	LLumar L1748 · Aug 2025 ↗
LLumarAIR	Clear ceramic	30–43%	40–60%	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Fully published	80 · 90	57–86% SIRR	$$$Premium	LLumar L1748 · Aug 2025 ↗
LLumarAU 85 UV	Clear UV film	20%	22%	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Fully published	85	29% SIRR	$$$Specialty	LLumar L1748 · Aug 2025 ↗
MadicoWINCOS	Infrared / nano-ceramic	26–66%	36–64%	6 mm clear · NFRC · IR rejection 780–2500 nm; IRER basis not stated	Fully published	03 · 10 · 20 · 30 · 45 · 60 · 70 · 90	90–93% IR (57% at 90)	$$$$Flagship	Madico performance sheet · Dec 2025 ↗
MadicoBlack Pearl Nano-Ceramic IRMadico's product page lists 90% IR rejection; its performance sheet lists 87%.	Nano-ceramic	47–63%	60%	6 mm clear · NFRC · IR rejection 780–2500 nm; IRER basis not stated	Fully published	05 · 10 · 20 · 35 · 45 · 55 · 75	87% IR	$$$Premium	Madico performance sheet · Dec 2025 ↗
MadicoBlack Pearl High Performance	Solution-dyed high performance	41–53%	39–43%	6 mm clear · NFRC · IR rejection 780–2500 nm; IRER basis not stated	Fully published	04 · 15 · 22 · 32 · 38	54–58% IR	$$Midrange	Madico performance sheet · Dec 2025 ↗
MadicoBlack Pearl Non-Reflective	Solution-dyed non-reflective	24–40%	20–21%	6 mm clear · NFRC · IR rejection 780–2500 nm; IRER basis not stated	Fully published	05 · 20 · 35 · 55 · 70	26% IR	$Value	Madico performance sheet · Dec 2025 ↗
MadicoCharcool	Extrusion-dyed	27–38%	20–21%	6 mm clear · NFRC · IR rejection 780–2500 nm; IRER basis not stated	Fully published	05 · 20 · 35 · 42 · 55	26% IR	$$Midrange	Madico performance sheet · Dec 2025 ↗
MadicoGP Max	Not disclosed	37–64%	35–63%	6 mm clear · NFRC · IR rejection 780–2500 nm; IRER basis not stated	Fully published	05 · 20 · 35 · 45	48–81% IR	$$Midrange	Madico performance sheet · Dec 2025 ↗
MadicoOnyxMadico's pages describe Onyx as metallized, solution-dyed and a performance hybrid.	Hybrid (described inconsistently)	38–49%	34–38%	6 mm clear · NFRC · IR rejection 780–2500 nm; IRER basis not stated	Fully published	05 · 20 · 35 · 55	47–52% IR	$Value	Madico performance sheet · Dec 2025 ↗
MadicoShadow	Not disclosed	27–38%	19–21%	6 mm clear · NFRC · IR rejection 780–2500 nm; IRER basis not stated	Fully published	05 · 20 · 32 · 38 · 50	25–26% IR	$Value	Madico performance sheet · Dec 2025 ↗
Solar GardXenithIR	Next-generation ceramic	45–64%	61–66%	6 mm clear · NFRC methodology, LBNL Window · IRER 780–2500 nm; SIRR 780–1700 nm film-only meter	Fully published	05 · 15 · 30 · 35 · 45 · 55 · 70 · 80	82–93% SIRR	$$$$Flagship	XenithIR rack card · Jun 2025 ↗
Solar GardVortexIR	Ceramic	40–63%	52–63%	6 mm clear · NFRC methodology, LBNL Window · IRER 780–2500 nm; SIRR 780–1700 nm film-only meter	Fully published	05 · 15 · 25 · 30 · 35 · 45 · 55 · 70	60–88% SIRR	$$$Premium	VortexIR rack card · Jun 2025 ↗
Solar GardSolstice	Non-reflective dyed	36–57%	33–51%	6 mm clear · NFRC methodology, LBNL Window · IRER 780–2500 nm; SIRR 780–1700 nm film-only meter	Fully published	05 · 15 · 20 · 30 · 35 · 50	32–73% SIRR	$Value	Solstice rack card · Jun 2025 ↗
Solar GardHP Smoke Plus	Metallized hybrid	40–49%	36–40%	6 mm clear · NFRC methodology, LBNL Window · IRER 780–2500 nm; SIRR 780–1700 nm film-only meter	Fully published	05 · 20 · 35 · 50	38–50% SIRR	$$Midrange	HP Smoke Plus rack card · Jun 2025 ↗
SunTekEvolve	HeatResist nano-ceramic	50–65%	64–65%	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Fully published	5 · 15 · 20 · 30 · 35 · 45 · 50 · 70	93–94% SIRR	$$$$Flagship	SunTek specs · Apr 2024 ↗
SunTekCIR	Ceramic	42–62%	58–60%	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Fully published	5 · 15 · 20 · 30 · 40 · 50 · 60 · 70 · 80	83–86% SIRR	$$$Premium	SunTek specs · Apr 2024 ↗
SunTekCXP	Nano-hybrid carbon	40–60%	54–56%	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Fully published	5 · 18 · 25 · 35 · 45 · 55 · 70 · 80	76–79% SIRR	$$Midrange	SunTek specs · Apr 2024 ↗
SunTekCoolSight 90	Clear ceramic	30%	40%	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Fully published	90	57% SIRR	$$$Specialty	SunTek specs · Apr 2024 ↗
XPELXR PLUS	Multilayer nano-ceramic	52–71%	67–70%	3 mm glass · EN 410 · IRER 780–2500 nm; IR at 1025 nm	Fully published	5 · 15 · 20 · 30 · 35 · 45 · 55 · 70	92–96% at 1025 nm	$$$$Flagship	XPEL PRIME R0523 ↗
XPELXR BLACK	Nano-ceramic	49–66%	58–64%	3 mm glass · EN 410 · IRER 780–2500 nm; IR at 1025 nm	Fully published	5 · 15 · 20 · 30 · 35 · 45 · 55 · 70	78–85% at 1025 nm	$$$Premium	XPEL PRIME R0523 ↗
XPELXR BLUE	Clear blue ceramic	42–47%	55–64%	3 mm glass · EN 410 · IRER 780–2500 nm; IR at 1025 nm	Fully published	70 · 80	73–85% at 1025 nm	$$$Specialty	XPEL PRIME R0523 ↗
XPELHP BLACK	Hybrid metal/dye	36–59%	25%	3 mm glass · EN 410 · IRER 780–2500 nm; IR at 1025 nm	Fully published	5 · 15 · 20 · 35 · 50	32% at 1025 nm	$$Midrange	XPEL PRIME R0523 ↗
XPELCS BLACK	Color-stable dyed	24–45%	11–32%	3 mm glass · EN 410 · IRER 780–2500 nm; IR at 1025 nm	Fully published	5 · 15 · 20 · 30 · 35 · 43 · 50 · 55 · 70 · 88	12–35% at 1025 nm	$Value	XPEL PRIME R0523 ↗
ASWFDimension IRP	Nano-ceramic IRP	42–79%	—	6 mm (¼ in) clear glass · test method not named · IR columns 0.78–2.5 and 0.9–1.0, units not stated	Limited	05 · 15 · 20 · 35 · 50 · 70 · 80	77–90% IR (0.78–2.5) · 82–94% (0.9–1.0)	$$$$Flagship	ASWF automotive specs · 01-26 ↗
ASWFExcel IRP	Nano-ceramic IRP	40–66%	—	6 mm (¼ in) clear glass · test method not named · IR columns 0.78–2.5 and 0.9–1.0, units not stated	Limited	05 · 15 · 20 · 35 · 40 · 50 · 70 · 80	75–83% IR (0.78–2.5) · 76–85% (0.9–1.0)	$$$Premium	ASWF automotive specs · 01-26 ↗
ASWFCarbon Ultra IR	Nano-ceramic	48–69.9%	—	6 mm (¼ in) clear glass · test method not named · IR columns 0.78–2.5 and 0.9–1.0, units not stated	Limited	05 · 15 · 20 · 35 · 50 · 70	93% IR (0.78–2.5) · 90% (0.9–1.0)	$$$Premium	ASWF automotive specs · 01-26 ↗
ASWFCarbon SIR IIASWF lists the 35 shade at 57% TSER, higher than its 20 shade (52%).	Nano-ceramic	33–59%	—	6 mm (¼ in) clear glass · test method not named · IR columns 0.78–2.5 and 0.9–1.0, units not stated	Limited	03 · 05 · 15 · 20 · 35 · 40 · 50 · 60 · 70	60–64% IR (0.78–2.5) · 63% (0.9–1.0)	$$$Premium	ASWF automotive specs · 01-26 ↗
ASWFCarbon Ultra	Nano-ceramic	42.6–64.3%	—	6 mm (¼ in) clear glass · test method not named · IR columns 0.78–2.5 and 0.9–1.0, units not stated	Limited	05 · 15 · 20 · 35 · 40 · 50 · 70	81–84% IR (0.78–2.5) · 78–80% (0.9–1.0)	$$Midrange	ASWF automotive specs · 01-26 ↗
ASWFCarbon SX	Carbon ceramic	35.6–51.3%	—	6 mm (¼ in) clear glass · test method not named · IR columns 0.78–2.5 and 0.9–1.0, units not stated	Limited	03 · 05 · 15 · 20 · 35 · 40 · 50 · 70	46–67% IR (0.78–2.5) · 43–63% (0.9–1.0)	$$Midrange	ASWF automotive specs · 01-26 ↗
ASWFCarbonS 4MilNot listed on ASWF's 2026 warranty card.	Carbon ceramic safety film	38.8–50%	—	6 mm (¼ in) clear glass · test method not named · IR columns 0.78–2.5 and 0.9–1.0, units not stated	Limited	05 · 15 · 20 · 35	46% IR (0.9–1.0) · 42–43% IR rejected	$$$Specialty	ASWF automotive specs · 01-26 ↗
ASWFExcel	Dyed non-metalized	20–48%	—	6 mm (¼ in) clear glass · test method not named · IR columns 0.78–2.5 and 0.9–1.0, units not stated	Limited	05 · 15 · 20 · 30 · 35 · 45 · 50 · 60 · 70 · 88	—	$$Midrange	ASWF automotive specs · 01-26 ↗
ASWFPerformer	Dyed + metalized	35–66%	—	6 mm (¼ in) clear glass · test method not named · IR columns 0.78–2.5 and 0.9–1.0, units not stated	Limited	03 · 05 · 15 · 20 · 30 · 35 · 50 · 60	—	$Value	ASWF automotive specs · 01-26 ↗
ASWFClassic Pro Black	Dyed non-metalized	34–45%	—	6 mm (¼ in) clear glass · test method not named · IR columns 0.78–2.5 and 0.9–1.0, units not stated	Limited	05 · 15 · 20 · 35 · 50	—	$Value	ASWF automotive specs · 01-26 ↗
ASWFClassic Pro Charcoal	Dyed non-metalized	34–45%	—	6 mm (¼ in) clear glass · test method not named · IR columns 0.78–2.5 and 0.9–1.0, units not stated	Limited	05 · 15 · 20 · 35 · 50	—	$Value	ASWF automotive specs · 01-26 ↗
ASWFRetro Black	Dyed non-reflective	34–45%	—	6 mm (¼ in) clear glass · test method not named · IR columns 0.78–2.5 and 0.9–1.0, units not stated	Limited	05 · 15 · 20 · 35 · 50	—	$Value	ASWF automotive specs · 01-26 ↗
ASWFRetro Charcoal	Dyed non-reflective	30–45%	—	6 mm (¼ in) clear glass · test method not named · IR columns 0.78–2.5 and 0.9–1.0, units not stated	Limited	05 · 15 · 20 · 35 · 40 · 50	—	$Value	ASWF automotive specs · 01-26 ↗
AutobahnCeramic i3+	Multilayer nano-ceramic	62–74%	—	Glass and method not stated · IRR at 1025 nm (single wavelength)	Limited	05 · 15 · 30 · 40	99% IRR at 1025 nm	$$$$Flagship	Autobahn i3+ TDS · Jan 2025 ↗
AutobahnCeramic i3	Three-layer ceramic	50–71%	—	Glass and method not stated · IRR at 1025 nm (single wavelength)	Limited	05 · 15 · 22 · 33 · 40 · 56 · 70	93% IRR at 1025 nm	$$$$Flagship	Autobahn i3 TDS · Jun 2023 ↗
AutobahnBlack Ceramic	Nano-ceramic	49–63%	—	Glass and method not stated · IRR at 1025 nm (single wavelength)	Limited	05 · 15 · 20 · 30 · 40 · 50 · 56	60% IRR at 1025 nm	$$$Premium	Autobahn Black Ceramic TDS · Jun 2023 ↗
AutobahnAutobahn Black	Deep-dyed	29–43%	—	Glass and method not stated · IRR at 1025 nm (single wavelength)	Limited	05 · 15 · 20 · 30 · 36 · 40 · 50 · 56	13% IRR at 1025 nm	$Value	Autobahn Black TDS · Jun 2023 ↗
FlexFilmNanoflex	Multilayer ceramic + carbon	52–72%	—	Glass and method not stated on current tables · IR rejected 780–2500 nm and 900–1000 nm	Limited	05 · 15 · 20 · 35 · 50 · 70	94–98.1% IR (780–2500 nm)	$$$$Flagship	FlexFilm performance tables ↗
FlexFilmPanaflex	Ceramic + carbon	46.76–69.64%	—	Glass and method not stated on current tables · IR rejected 780–2500 nm and 900–1000 nm	Limited	05 · 15 · 20 · 30 · 35 · 40 · 50 · 70	81.97–89.18% IR (780–2500 nm)	$$$Premium	Panaflex table · Sep 2024 ↗
FlexFilmTerraflexFlexFilm sells 1% and 3% shades without published data, and publishes a 70% shade it doesn't sell.	Carbon	22–60%	—	Glass and method not stated on current tables · IR rejected 780–2500 nm and 900–1000 nm	Limited	05 · 15 · 20 · 30 · 35 · 40 · 50 · 70	24.4–67% IR (780–2500 nm)	$$Midrange	Terraflex table · Jun 2024 ↗
FlexFilmDuraflex	Not disclosed	39–50%	—	Glass and method not stated on current tables · IR rejected 780–2500 nm and 900–1000 nm	Limited	05 · 15 · 20 · 35 · 50	51–56% IR (780–2500 nm)	$Value	Duraflex table ↗
GeoShieldApex Ultra	Dual-layer super ceramic	49–70%	—	Per-shade spec cards; glass, method and IR wavelength not stated	Limited	05 · 15 · 20 · 35 · 40 · 50 · 70	94.5–96% IR	$$$$Flagship	Apex Ultra spec cards ↗
GeoShieldPro Nano	Dyed ceramic	49–66%	—	Per-shade spec cards; glass, method and IR wavelength not stated	Limited	05 · 15 · 20 · 35 · 40 · 50 · 70	76–88% IR	$$$Premium	Pro Nano spec cards ↗
GeoShieldC2 CeramicGeoShield's comparison table tops out lower (85%) than its own spec cards.	Carbon-pigmented ceramic	35–63%	—	Per-shade spec cards; glass, method and IR wavelength not stated	Limited	05 · 15 · 20 · 35 · 40 · 50 · 75	71–88% IR	$$$Premium	GeoShield per-shade spec cards ↗
GeoShieldC2 Carbon	Carbon	33–65%	—	Per-shade spec cards; glass, method and IR wavelength not stated	Limited	02 · 05 · 15 · 20 · 35 · 40 · 50	34–83% IR	$$Midrange	C2 Carbon spec cards ↗
GeoShieldPro Classic	Dyed	30–42%	—	Per-shade spec cards; glass, method and IR wavelength not stated	Limited	05 · 15 · 20 · 35 · 40 · 50	—	$Value	Pro Classic spec cards ↗
GlobalIR Extreme Plus	Ceramic	57–70%	—	Glass, method and IR basis not stated	Limited	05 · 15 · 30 · 50	Up to 96% IR (no basis given)	$$$$Flagship	Global automotive shade card · 2026 ↗
GlobalIR ExtremeOne page lists the 13 shade at 86% TSER with 67% exterior reflectance, which looks like a typesetting error; the range shown leaves it out.	Infrared	44–70%	—	Glass, method and IR basis not stated	Limited	03 · 05 · 13 · 20 · 28 · 35 · 50	Up to 90% IR (no basis given)	$$$Premium	Global automotive shade card · 2026 ↗
GlobalQDP Ceramic	Ceramic	27–66%	—	Glass, method and IR basis not stated	Limited	05 · 18 · 33 · 38 · 42 · 46 · 50 · 70 · 80 · 86	Up to 70% IR (no basis given)	$$$Premium	Global automotive shade card · 2026 ↗
GlobalICE Cool	Spectrally selective	47–49%	—	Glass, method and IR basis not stated	Limited	70	—	$$$Specialty	Global automotive shade card · 2026 ↗
GlobalHP Charcoal Premium	Metallized high performance	34–61%	—	Glass, method and IR basis not stated	Limited	05 · 10 · 20 · 30 · 40 · 45 · 50	—	$$Midrange	Global automotive shade card · 2026 ↗
GlobalHP BlackThe 35 shade lists 60% TSER and 48% exterior reflectance, out of line with the other shades.	Metallized high performance	36–60%	—	Glass, method and IR basis not stated	Limited	05 · 15 · 20 · 35 · 50	—	$$Midrange	Global automotive shade card · 2026 ↗
GlobalNR Quick Dry Plus	Non-reflective dyed	29–42%	—	Glass, method and IR basis not stated	Limited	05 · 15 · 20 · 30 · 35 · 40 · 45 · 50 · 55	—	$Value	Global automotive shade card · 2026 ↗
GlobalNR Quick Dry	Non-reflective dyed	24–42%	—	Glass, method and IR basis not stated	Limited	05 · 20 · 30 · 40 · 50 · 70	—	$Value	Global automotive shade card · 2026 ↗
Hüper OptikXtreme Ceramic	Nano-ceramic	59–70%	—	Glass and method not stated · IRR at 1025 nm (single wavelength)	Limited	05 · 20 · 30	77% IRR at 1025 nm	$$$Premium	Xtreme Ceramic TDS · Feb 2025 ↗
Hüper OptikXtreme Pro	Dyed	31–44%	—	Glass and method not stated · IRR at 1025 nm (single wavelength)	Limited	05 · 15 · 20 · 35 · 50	13–14% IRR at 1025 nm	$Value	Xtreme Pro TDS · Feb 2025 ↗
KAVACAUltimate IR	Nano-ceramic + IR layer	53–69%	—	3 mm glass · ASTM & AIMCOL (no test number) · IR wavelength not stated	Limited	05 · 15 · 30 · 35 · 45 · 55 · 70 · 80	95–99% IR	$$$$Flagship	Ultimate IR chart · Feb 2023 ↗
KAVACACeramic IRCeramic Pro's international site lists different figures for the same film (TSER 40–63%, SIRR 60–88%, IRER 52–63%).	Nano-ceramic + IR layer	44–66%	—	Glass, method and IR wavelength not stated	Limited	05 · 15 · 25 · 35 · 45 · 55 · 70	88–96% IR	$$$$Flagship	KAVACA IR chart · Sep 2023 ↗
KAVACACarbon X	Nano-carbon + IR materials	47–61%	—	Glass, method and IR wavelength not stated	Limited	05 · 20 · 35 · 50	80–95% IR; 32–74% film only	$$Midrange	KAVACA Carbon X chart · Jun 2023 ↗
RaynoPhantom II F95Rayno publishes two Phantom II spec images that disagree. raynofilm.com's (February 2026), used here, covers 5, 12 and 27; erayno.com's (2025) adds 35 and 50 (60% and 57% TSER) and lists slightly different figures for the shared shades.	Nano carbon ceramic	65–72%	—	Test basis not stated	Limited	05 · 12 · 27	96–97% IRR	$$$$Flagship	Rayno Phantom II spec chart ↗
RaynoPhantom II F65	Nano carbon ceramic	55–64%	—	Test basis not stated	Limited	05 · 12 · 27	66–73% IRR	$$$Premium	Rayno Phantom II spec chart ↗
RaynoPhantom S9	Nano carbon ceramic	53–70%	—	ISO 9050 · glass not stated · IR rejection wavelength not stated	Limited	05 · 15 · 20 · 30 · 35 · 40 · 50	91–93% IR	$$$$Flagship	Rayno automotive specs ↗
RaynoPhantom S7	Nano carbon ceramic	47–66%	—	ISO 9050 · glass not stated · IR rejection wavelength not stated	Limited	05 · 15 · 20 · 30 · 35 · 40 · 50	70–81% IR	$$$Premium	Rayno automotive specs ↗
RaynoPhantom S5	Nano carbon ceramic	41–66%	—	ISO 9050 · glass not stated · IR rejection wavelength not stated	Limited	05 · 15 · 20 · 30 · 35 · 40 · 50	53–72% IR	$$Midrange	Rayno automotive specs ↗
RaynoMonoCarbon	Nano-carbon (2-ply)	28–54%	—	Test basis not stated	Limited	05 · 20 · 35 · 50	34–72% IR	$$Midrange	Rayno MonoCarbon specs ↗
RaynoPlatinum Air 7090	Clear ceramic	42%	—	Glass not stated · IR rejection 900–1000 nm	Limited	70	88% IR at 900–1000 nm	$$$Specialty	Rayno automotive specs ↗
Solar GardEndeavorSolar Gard's Australian page lists different SIRR values and calls Endeavor ceramic.	Carbon	35–60%	42–57%	Clear glass, thickness not stated on page · NFRC methodology, LBNL Window · IRER 780–2500 nm; SIRR film-only meter	Limited	05 · 15 · 20 · 30 · 35 · 45 · 50 · 70	43–80% SIRR	$$Midrange	Solar Gard Endeavor page ↗
STEKNEX+STEK advertises "up to 98% IR"; its data sheet tops out at 93.2% SIRR and 66% IRER. The sheet predates the "+" names.	Graphene-infused ceramic	28–64%	36–66%	Filmed glass, type not stated · STEK internal testing · IRER 780–2500 nm; SIRR 900–1000 nm	Limited	05 · 15 · 20 · 35 · 45 · 60 · 70 · 85	56–93% SIRR	$$$$Flagship	STEK performance data · Mar 2024 ↗
STEKNEX+ CurveSTEK lists the 5, 15 and 20 shades as coming soon.	Ceramic on shrink-free TPU	22.9–68.4%	36.9–67.1%	Filmed glass, type not stated · STEK internal testing · IRER 780–2500 nm; SIRR 900–1000 nm	Limited	05 · 15 · 20 · 35 · 50 · 70 · 85	23.8–91.8% SIRR	$$$$Flagship	STEK NEX+ Curve page ↗
STEKSMART+	Nano-ceramic with tungsten	44–59%	55–63%	Filmed glass, type not stated · STEK internal testing · IRER 780–2500 nm; SIRR 900–1000 nm	Limited	05 · 15 · 20 · 35 · 45 · 70	70–86.8% SIRR	$$$Premium	STEK performance data · Mar 2024 ↗
STEKACTION+	Nano-carbon	32–54%	36–49%	Filmed glass, type not stated · STEK internal testing · IRER 780–2500 nm; SIRR 900–1000 nm	Limited	05 · 15 · 20 · 35 · 50 · 80	38.1–70.3% SIRR	$$Midrange	STEK performance data · Mar 2024 ↗
SunTekCarbon	Carbon	27–46%	—	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Limited	5 · 18 · 25 · 35 · 38 · 45 · 55 · 70 · 85	—	$$Midrange	SunTek specs · Apr 2024 ↗
SunTekInfinityOP	Nichrome metallized	33–64%	—	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Limited	10 · 20 · 35 · 50 · 65	—	$$$Specialty	SunTek specs · Apr 2024 ↗
SunTekHigh Performance	Metal + dye	31–54%	—	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Limited	5 · 15 · 20 · 30 · 35 · 40 · 50 · 55 + colors	—	$$Midrange	SunTek specs · Apr 2024 ↗
SunTekStandard Pro	Dyed charcoal	22–44%	—	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Limited	5 · 15 · 20 · 35 · 40 · 50 · 88	—	$Value	SunTek specs · Apr 2024 ↗
SunTekStandard	Dyed charcoal	25–44%	—	6 mm clear · NFRC guidelines · IRER/SIRR 780–2500 nm	Limited	5 · 20 · 35 · 40 · 50 · 70	—	$Value	SunTek specs · Apr 2024 ↗
RaynoCrystal Shield	Windshield protection film	—	—	ISO 9050 · glass not stated · IR rejection wavelength not stated	Not published	Not disclosed	—	$$$Specialty	Rayno Crystal Shield page ↗

Evidence levels are computed from the public record shown on each row. Nobody can buy one, and a level improves the day a maker publishes the missing data. I've built long relationships with most of these manufacturers over nearly four decades, and none of them can move a grade either. How the grading works