Solar Shield Nano Ceramic Sun-film long term review
I’ve learnt the importance of high-quality sun films for cars. They’re a worthwhile long-term investment with a 5-year warranty, and they usually last much longer.
To effectively cool and keep heat out, sun films should be installed on all windows, including the front and rear windshield.
I’ve moved from cheap sun films to 3Ms CR70s and then tried Solar Shields upon a recommendation. I chose their top-of-the-line Nano Ceramic Teal Series 70 series with the highest heat rejection. It cost around Rs 40,000 to install on my Taigun.
Two years later, I’m thrilled with my choice. The front windshield significantly reduces glare, making it easier to drive during the day, as well as the night with oncoming high beams. The vision remains clear, and my automatic rear view mirror functions properly.
I now find it uncomfortable to drive and sit in cars without high-quality sun films. Once you experience the difference, you miss it when it’s not there.
Solar Shield Nano Ceramics outperform 3Ms CR70s and are highly recommended.
While I think they are the best, they are not the most expensive. They are actually cheaper than 3Ms!
https://solarshield.in/
I’ve attached their product catalogue from their website.
SolarShield All in One Catalogue.pdf
I also noted down some of SolarShield’s partners’ contact information:
- Chennai - Hatimi Sales Agencies: +91 98411 53207
- Coimbatore - Caar Bloom Enterprises: +91 99440 55545
- Hyderabad - Xtream Automotive: +91 77021 75455
- Bangalore - Pro Ventures/Marketeers: +91 98864 02971
- Delhi - Autochoice: +91 98101 02446
- Ahmedabad - Yug Motors: +91 97370 64545
Need for replacement
I recently scratched my windshield and had to replace it. Windshield experts didn’t have mine, but Chennai Windshield in Taramani, Chennai, had VW originals in stock. Despite their great Google reviews, I hesitatingly went there. But they did a stellar job replacing it for only Rs 6500, about 2k less than experts.
https://g.co/kgs/ZqHxhYD
With the new windshield, I had to get sun film on it again. I was initially quite skeptical, and thought I'd save the 14-15 k that it would cost me. I thought it was mostly in my head, and that it wouldn't really make too much of a difference. I don't drive at night as much anymore, and the protection against high beam glare wasn't as important to me as it would have been a year ago.
But in no time, I realized that it was essential that I get the Solar Shields on the windshield. The windshield is the largest glass in a car, and that's where most of the what comes in from. And while driving with direct sunlight - my steering and hands would get uncomfortably warm. To add, the car would be much warmer - especially the seats when parked outside.
I contacted Solar Shield directly via their website and explained that I needed a replacement for the front. They offered a discount without me even asking for one and quickly organized for their dealer in Chennai to send a replacement and installer to my house, and it was done hassle-free and really well!
In the meantime, I got talking to someone at Solar shield and I got a lot of interesting details about the sunfilms, which I thought would be great to have up here.
Sun film details
Infrared rays make up about 53% of the solar energy. Visible light makes up about 44% and lastly ultraviolet (UV) light about 3%. All of these 3 energy make up the solar spectrum and their combined energy is what we refer to when we use the term Total Solar Energy.
Therefore, when comparing how much heat it can reject, we should be comparing Total Solar Energy Rejected (UV + visible + IR). Total Solar Energy Rejected (TSER) is a factor that describes the total amount of solar energy (UV + visible + IR) that is rejected from passing through glass.
The IR rejection rate is a number that lets one understand that the film can reject majority of the heat from infrared. It does not mean that if a large portion of the IR is blocked then almost no heat will be transmitted through a film.
Different Types of Sun Control Films:
Various sun control films are available, each with unique properties and benefits.
1. Deep Dyed Films - These non-reflective films provide some glare and fade control, but not much heat control. They fade easily and turn purple, but block UV rays. They’re the most economical film, but not very durable.
2. Metal Sputtered Films - These films are created by sputtering metal particles onto a polyester film in a vacuum chamber. They have good solar control properties, but aren’t popular due to their metallic sheen. They can interfere with electronic devices.
3. Nano-Ceramic Films - These films are made by sputtering metal particles and then de-metallizing them to create a ceramic-based material. They retain most of the heat rejection properties of sputtered metal films without the electromagnetic interference that causes signal loss. They’re the highest quality and most expensive films.
Note: Crystalline films are made of multiple metal-free nano-layers.
Why Nano Ceramic Films?
Nano ceramic films, made from advanced nanoscale ceramic materials, outperform traditional films made from dyed or metalized polyester. They excel at heat rejection, blocking up to 99% of UV rays and reducing infrared heat, while maintaining clarity and color stability. Nano ceramic films are also more durable and resistant to scratches and abrasions, making them suitable for harsh environments. Unlike metalized films, they don’t interfere with electronic signals.