Lexen Perm Carbon window tint, based on its manufacturing process and performance characteristics, is unequivocally a second-generation window tint film. This designation stems from its reliance on a dyeing process combined with metallic particles to achieve its color and heat-rejecting properties, distinguishing it from earlier, simpler films and later, more advanced nano-ceramic technologies.
Understanding Window Tint Generations
Before dissecting Lexen Perm Carbon, it’s crucial to understand the evolution of window tint film. Window tint technology has progressed significantly over the years, resulting in several distinct generations, each characterized by different materials, manufacturing processes, and performance capabilities.
First-Generation Films: Dyed Window Tint
The earliest window tints, often referred to as first-generation films, consisted primarily of dyed polyester. These films offered basic shading but had limited heat rejection capabilities and were prone to fading and discoloration over time. They relied solely on the dye to absorb sunlight, quickly becoming saturated and losing effectiveness.
Second-Generation Films: Metallic Hybrid
Second-generation films, like Lexen Perm Carbon, represented a significant advancement. These films incorporate metallic particles (often aluminum or titanium) into the dyed polyester to enhance heat rejection and durability. The metal layer reflects a portion of the sun’s energy, preventing it from entering the vehicle or building. While offering improved performance compared to dyed films, they are still susceptible to fading and can sometimes interfere with radio signals, depending on the specific metal used and its concentration. Lexen Perm Carbon falls squarely into this category due to its reliance on both dye and metallic particles for its function.
Third-Generation Films: Carbon Films
Third-generation films, typically referred to as carbon films, utilize carbon particles instead of metallic particles for heat rejection. This results in a more stable color, reduced glare, and eliminates the risk of radio signal interference. Carbon films are known for their superior heat rejection compared to first and second-generation films and exhibit better long-term color stability. They also offer a more matte finish, which some find aesthetically pleasing.
Fourth-Generation Films: Ceramic Films
Fourth-generation films, the most advanced technology available, are ceramic films. These films use nano-ceramic particles, which are incredibly small and offer exceptional heat rejection without the need for metallic or carbon layers. Ceramic films boast superior performance, blocking a significant portion of infrared radiation (IR), the primary contributor to heat. They offer excellent clarity, don’t interfere with radio signals, and are incredibly durable, resisting fading and scratching. Ceramic films represent the pinnacle of window tint technology.
Analyzing Lexen Perm Carbon’s Characteristics
Lexen Perm Carbon showcases the typical characteristics of a second-generation film. Its heat rejection is achieved through a combination of dye and metallic particles, which gives it a noticeable advantage over first-generation films in warmer climates. However, it doesn’t possess the advanced heat rejection capabilities, color stability, and radio signal neutrality of carbon or ceramic films. The “Perm” in the name often alludes to the permanently bonded metallic layer designed to resist peeling and fading, a common issue with earlier dyed films.
Frequently Asked Questions (FAQs) about Lexen Perm Carbon Window Tint
Q1: What are the key advantages of Lexen Perm Carbon window tint?
Lexen Perm Carbon offers a good balance of heat rejection, privacy, and affordability. It provides a significant improvement over dyed films and is typically less expensive than carbon or ceramic options. It provides decent UV protection and can enhance the appearance of your vehicle.
Q2: How does Lexen Perm Carbon compare to ceramic window tint in terms of heat rejection?
Ceramic window tint offers substantially better heat rejection compared to Lexen Perm Carbon. Ceramic films block a much higher percentage of infrared radiation, keeping the interior of your vehicle cooler, particularly in direct sunlight.
Q3: Will Lexen Perm Carbon window tint interfere with my car’s radio or GPS signal?
While possible, it is less likely to interfere with radio or GPS signals compared to older metallic tints. However, due to the metallic component, there’s still a potential for minor interference, though this is often minimal. Ceramic and carbon tints offer no interference risk.
Q4: How long does Lexen Perm Carbon window tint typically last before it starts to fade or bubble?
The lifespan of Lexen Perm Carbon tint depends on factors like climate and exposure to sunlight. Generally, it can last 5-7 years before noticeable fading or bubbling occurs. Proper installation and maintenance can extend its lifespan.
Q5: Is Lexen Perm Carbon window tint legal in all states?
No, window tint laws vary by state. It’s crucial to check your local regulations regarding Visible Light Transmittance (VLT) percentages before installing any window tint, including Lexen Perm Carbon. Installing tint that is too dark could result in fines or require removal.
Q6: What is the Visible Light Transmittance (VLT) of Lexen Perm Carbon window tint?
Lexen Perm Carbon is available in various VLT percentages, typically ranging from 5% to 70%. The lower the VLT percentage, the darker the tint. Choose a VLT that complies with your local regulations.
Q7: How much does it cost to install Lexen Perm Carbon window tint?
The cost of installation varies depending on the vehicle and the installer. Generally, you can expect to pay between $150 and $400 for a complete installation on a standard-sized car.
Q8: Can I install Lexen Perm Carbon window tint myself, or should I hire a professional?
While DIY installation is possible, it’s highly recommended to hire a professional. Professional installers have the experience and tools to ensure a clean, bubble-free, and long-lasting installation. Improper installation can lead to peeling, bubbling, and reduced performance.
Q9: How do I properly clean and maintain Lexen Perm Carbon window tint?
Use a mild, ammonia-free window cleaner and a soft microfiber cloth to clean your tinted windows. Avoid abrasive cleaners or harsh chemicals, as they can damage the film.
Q10: What is the difference between Lexen Perm Carbon and Lexen Ceramic Pro window tint?
Lexen Perm Carbon is a second-generation, dyed-metallic hybrid film, while Lexen Ceramic Pro is a fourth-generation, nano-ceramic film. Lexen Ceramic Pro offers superior heat rejection, clarity, and durability compared to Lexen Perm Carbon.
Q11: Does Lexen Perm Carbon offer UV protection?
Yes, Lexen Perm Carbon window tint does offer UV protection. It typically blocks up to 99% of harmful UVA and UVB rays, protecting your skin and the interior of your vehicle from sun damage.
Q12: What are some common issues people experience with Lexen Perm Carbon window tint?
Some common issues include fading over time, particularly in hot climates, potential for minor radio signal interference, and occasional bubbling or peeling if not installed correctly or if the film is of poor quality. Regular maintenance can minimize these issues.