Window Tint Films Sacramento\nCeramic, Carbon & IR Compared
Avery Dennison Encore Ceramic Films | Up to 70% Heat Rejection | Lifetime Warranty
Benefits
Why Sacramento Drivers Choose Window Tint
With over 250 days of sunshine and summer temperatures exceeding 100°F, Sacramento is one of the best places in California to benefit from professional window tinting.
Heat Rejection
Our ceramic films reject up to 70% of total solar energy, keeping your cabin significantly cooler even on the hottest Sacramento summer days.
UV Protection
All our films block 99% of harmful UV-A and UV-B rays. The Skin Cancer Foundation recommends window film as an effective form of sun protection.
Glare Reduction
Reduce eye strain and improve driving safety with films that cut glare from the sun, headlights, and reflective surfaces by up to 85%.
Privacy & Security
Darker tints obscure interior visibility, deterring theft and protecting your privacy. Film also helps hold shattered glass together in accidents.
Source: Skin Cancer Foundation recommends window film for UV protection during driving.
Our Films
Professional-Grade Window Films
Our primary line is Avery Dennison — specifically the Encore series (carbon, ceramic, and ceramic IR). We are also SunTek and 3M certified. Every film we install is backed by manufacturer warranties and our own lifetime guarantee.
Avery Dennison Encore (Carbon)
Carbon Film
Carbon particle technology with color-stable dyes
Starting at $350
Total Solar Energy Rejected
38-42%
UV Rejection
99%
Infrared Rejection
55%
Glare Reduction
65%
Signal Safe
Yes
Warranty
Lifetime
Best for: Daily drivers seeking great value with reliable performance
Avery Dennison Encore Supreme (Ceramic)
Ceramic Film
Nano-ceramic particles with multi-layer construction
Starting at $450
Total Solar Energy Rejected
59-63%
UV Rejection
99%
Infrared Rejection
80%
Glare Reduction
75%
Signal Safe
Yes
Warranty
Lifetime
Best for: Those wanting maximum comfort and heat rejection
Avery Dennison Encore Supreme IR
IR Ceramic Film
Multi-layer ceramic with spectrally-selective technology
Starting at $700
Total Solar Energy Rejected
68-72%
UV Rejection
99%
Infrared Rejection
95%
Glare Reduction
85%
Signal Safe
Yes
Warranty
Lifetime
Best for: Luxury vehicles and maximum performance enthusiasts
Darkness Levels
Understanding VLT (Visible Light Transmission)
VLT measures how much light passes through the film. Lower percentages mean darker tint. California law (Vehicle Code Section 26708) requires front side windows to allow at least 70% VLT.
| VLT | Name | Legal For |
|---|---|---|
| 5% | Limo Tint | Rear only |
| 15% | Dark | Rear only |
| 20% | Medium-Dark | Rear only |
| 35% | Medium | Rear only |
| 50% | Light | Rear only |
| 70% | Clear | All windows |
Installation Options
Choose Your Installation Package
QT Protection Package
Our premium installation with enhanced warranty and same-day window operation.
- Lifetime warranty
- Same-day roll-down capability
- Heat performance verification
- Installation documentation
- Priority future service
Classic Installation
Quality installation at an affordable price point.
- Professional installation
- Manufacturer film warranty
- Standard 3-day cure time
- Care instructions provided
Investment
Window Tinting Pricing
Transparent pricing with no hidden fees. All installations include your choice of film and professional installation.
Final pricing varies by vehicle and film selection. View full pricing details or get a custom quote.
FAQ
Common Questions About Window Tint
What VLT (darkness) levels do you offer?
We offer VLT levels from 5% (limo tint) to 70% (barely visible). California law requires front side windows to allow 70% VLT, while rear windows can be any darkness. Popular choices include 20% for rear windows (good privacy), 35% (balanced look), and 50% (subtle enhancement).
What is the difference between ceramic and carbon tint?
Carbon film uses carbon particles for heat rejection (40% TSER) and has a matte finish. Ceramic film uses nano-ceramic technology for superior heat rejection (60-70% TSER), better optical clarity, and zero signal interference. Ceramic costs more but provides noticeably better performance.
Will window tint interfere with my electronics?
Carbon and ceramic films do not interfere with GPS, cell phone, radio, or keyless entry signals. Only metalized films (which we don't use) can cause interference. Our Avery Dennison Encore films are specifically designed to be electronics-friendly.
How long will my window tint last?
Professional-grade ceramic and carbon films from Avery Dennison, SunTek, and 3M typically last 15-20 years or more with proper care. Our films are backed by a lifetime warranty against fading, bubbling, peeling, and discoloration for as long as you own the vehicle.
Can you tint my windshield?
Yes, we offer windshield tinting using ceramic film. California allows windshield tint above the AS-1 line (top 4-5 inches) at any darkness, and the remaining windshield must allow 70% VLT. Ceramic film is required for windshields due to its superior optical clarity.
How to read a window film spec sheet
Three numbers appear on nearly every film datasheet, they measure different things, and they are quoted interchangeably often enough that it is worth being precise. Knowing which is which is the difference between comparing films and comparing marketing.
VLT — Visible Light Transmission
The percentage of visible light that passes through. This is the only one of the three that the law cares about, and the only one your eyes register as “darkness”. A 70% VLT film looks nearly clear; a 5% film is limo dark. VLT tells you almost nothing about heat.
IRR — Infrared Rejection
The percentage of infrared energy blocked, usually measured across a narrow slice of the infrared band. This is the number most often advertised, because it is the largest and most flattering. It is real, but it describes one portion of the spectrum rather than total heat, so it consistently overstates what you will actually feel.
TSER — Total Solar Energy Rejected
The percentage of the sun's total energy — visible, infrared and ultraviolet combined — that the film keeps out. This is the honest comfort number and the one to compare across brands. It is always lower than the IRR figure for the same film, often by twenty or thirty points.
The practical rule: compare films on TSER, check VLT for legality and looks, and treat a headline infrared percentage as the least informative of the three. If a shop quotes only an IRR figure, ask for the TSER. If two films have the same TSER, the darker one is not rejecting more heat — it is just darker.
What changes from one vehicle to the next
Film is only half the job. The glass it goes onto varies more than most people expect, and those differences drive both what is possible and what a job costs.
Sedans and coupes
The most straightforward glass on the road, with one exception: coupes and fastbacks often have steeply curved rear glass in a single large pane. Curved glass requires the film to be heat-shrunk to shape before it goes on, which is where skill shows. A flat pattern forced onto curved glass fingers and creases at the edges.
SUVs, crossovers and minivans
More glass, more panes, and usually factory privacy glass behind the front seats. That privacy glass is dyed during manufacture — it is not film, and dyeing does comparatively little for infrared. This is why a vehicle with very dark rear windows can still cook, and why adding film over privacy glass is not redundant.
Pickup trucks
The rear window sits close behind the occupants, so heat coming through it is felt directly rather than diffused down a long cabin. Sliding rear windows add a complication: the moving pane and its track need handling separately, and the frame limits how close film can run to the edge.
EVs and vehicles with panoramic roofs
A glass roof faces the sun more directly than any vertical window for most of the day, making it the dominant heat path on vehicles that have one. California regulates only the windshield and front side windows, so roof film carries no darkness limit. Non-metallic film matters more here than anywhere: EVs are dense with wireless systems, and a conductive layer across the glass is a genuine risk to them.
Anything with cameras or sensors behind the glass
Lane-keeping, adaptive cruise and automatic braking generally read the road through a housing at the top of the windshield. Film does not go over those sensor windows. On the rear glass, defroster lines are the constraint — they sit on the inside surface, exactly where film is applied, so film must be worked over them without lifting or scoring them. Cutting on the glass rather than to a pattern is how those lines get damaged.
Older and classic vehicles
Older glass is often flatter and simpler to work with, but the surrounding trim and seals are usually more brittle than on a modern car. Aged glass may also carry the remains of previous film, and old adhesive removal is a separate job from installation — frequently the longer half of the two.
Related services and reading
- Want the darkest legal result behind the front seats? See how privacy tint works on rear glass.
- Need it done in a single visit? Read what same-day tinting involves.
- Protecting paint rather than glass? Compare paint protection film with window tint.
- Tinting an office or storefront instead of a vehicle? See our commercial and architectural film options.
- Checking what is available right now? View current window tinting specials.
- Not sure which film to choose? Compare carbon tint with ceramic tint or understand California's legal tint limits first.
Ready to Upgrade Your Ride?
Get a free quote for professional window tinting. We'll help you choose the right film and darkness for your vehicle and lifestyle.
916-282-2577