TESLA x LLUMAR

LLumar Film for TESLA
Official Tesla Authorized Partner

LLumar : A World Trusted Global Window Film

Llumar, developed in the 1950s, pride itself with high end technology knowledge and strong manufacturing capability With more than 60 years in the history of manufacturing window film, a complete product line up and excellent product service Llumar prides itself as the brand to choose for protecting your car interior. Globally advanced window film manufacturing site which is distributed across more than 100 countries globally Satisfying the needs of each individual car 100% made in USA with an excellent global supply chain while maintaining a zero tolerance to product defects.

LLumar Film for TESLA
Official Tesla Authorized Partner

LLumar : A World Trusted Global Window Film

Why Choose
LLumar Film for TESLA Thailand ?

Innovation… Perfection… Exclusivity

Excellent
Heat Rejection

Nano ceramic particles technology helps to effectively control solar heat. Improving visible light transmission while blocking out the solar heat.

UV
Protection

Up to 99% effective UV rejection, Protecting your skin and eyes from the harmful UV rays from the Sun.

Glass
Shattered

Effectively reduce chance of window glass from shattering during impact, preventing secondary injury.

Signal
Friendly

With no metallic elements, there will be no signal interference. Enjoy a smooth GPS and mobile network connection in the comfort of your vehicle.

Vision
Clarity

Nano-Ceramic produces a lake blue hue, providing aesthetic visuals to your vehicle. With it high visible light transmission and low haze, even driving through roads with low visibility will not impact your driving experience.

Privacy

Improve car interior privacy. Preventing others from peeping into the car and having the desire to steal.

Reduce Energy
Consumption

Effectively reduce solar energy from entering the vehicle, Improving air-condition efficiency which results in reducing overall energy consumption.

Durable and
Long Lasting

With nano-ceramic stable properties, the Tesla exclusive window film will be long-lasting with no fear of oxidation or discoloration.

Series	Visible Light Transmittance	Total Solar Energy Rejected	Visible Light Reflected	UV Rejected	Total Spotlight Energy Rejected	Standard Price
Series	Visible Light Transmittance	Total Solar Energy Rejected	Visible Light Reflected	UV Rejected	Total Spotlight Energy Rejected	Model 3	Model Y
TLS15	22%	51%	5%	99%	69%	22,500 .-	25,500 .-
TLS30	38%	48%	6%	99%	68%	22,500 .-	25,500 .-

TLS15
Visible Light Transmittance	22%
Total Solar Energy Rejected	51%
Visible Light Reflected	5%
UV Rejected	99%
Total Spotlight Energy Rejected	69%
Standard Price
Model 3	22,500 .-
Model Y	25,500 .-

TLS30
Visible Light Transmittance	38%
Total Solar Energy Rejected	48%
Visible Light Reflected	6%
UV Rejected	99%
Total Spotlight Energy Rejected	68%
Standard Price
Model 3	22,500 .-
Model Y	25,500 .-

Series	Visible Light Transmittance	Total Solar Energy Rejected	Visible Light Reflected	UV Rejected	Total Spotlight Energy Rejected	Standard Price
Series	Visible Light Transmittance	Total Solar Energy Rejected	Visible Light Reflected	UV Rejected	Total Spotlight Energy Rejected	Model 3	Model Y
TLX20	22%	59%	5%	99%	89%	34,000 .-	37,000 .-
TLX35	37%	56%	5%	99%	88%	34,000 .-	37,000 .-

TLX20
Visible Light Transmittance	22%
Total Solar Energy Rejected	59%
Visible Light Reflected	5%
UV Rejected	99%
Total Spotlight Energy Rejected	89%
Standard Price
Model 3	34,000 .-
Model Y	37,000 .-

TLX35
Visible Light Transmittance	37%
Total Solar Energy Rejected	56%
Visible Light Reflected	5%
UV Rejected	99%
Total Spotlight Energy Rejected	88%
Standard Price
Model 3	34,000 .-
Model Y	37,000 .-

Note:
1. Prices are in Thai Baht. 2. Prices exclude VAT (Value Added Tax). 3. Standard pricing includes front windshield, full car coverage, and glass roof installation. 4. These prices are effective from February 1, 2025, onward.

Advanced LLumar Film Structure for Tesla

Scratch-resistant layer

The top surface of the film acts as a protective barrier for the glass, directly encountering external elements. Therefore, the film's surface must be strong and resistant to scratches to prevent damage during daily use, which could otherwise cause visual distortion.

Polyester film layer

The fundamental material of window film is PET (polyester) film, which undergoes molecular-level dyeing. This process allows the dye to blend seamlessly with the PET film, resulting in a stable, long-lasting color that resists fading.

Nano-ceramic layer

Solar heat radiation has the ability to penetrate almost all materials. Therefore, applying multiple layers of nano-ceramic particles using advanced technology helps disperse and dissipate heat efficiently, allowing for rapid heat release from inside the vehicle.

A special synthetic adhesive layer

It serves as a bonding agent between the different layers of the film, enhancing adhesion, strength, and durability, allowing the film to adhere more effectively to the car glass.

UV protection layer

Contains special synthetic compounds that absorb ultraviolet (UV) radiation, which can harm the skin of vehicle occupants and cause severe damage. Additionally, UV rays can deteriorate interior materials. This layer effectively provides maximum protection against such damage.

Installation adhesive layer

An adhesive layer designed to securely attach the film to the car glass. This layer is strong, weather-resistant, and long-lasting, ensuring the film remains firmly in place without peeling or detaching easily.

Liner sheet layer (anti-adhesion layer)

Helps prevent the installation adhesive layer from sticking to itself before application, ensuring a smooth and hassle-free installation process.

Outer protective layer

The outermost layer of the film serves to protect the inner layers from damage, such as scratches and stains. It helps maintain the film’s appearance and extends its durability.

TSER (Total Solar Energy Rejection)

refers to the percentage of total solar energy blocked
by the film, including visible light, infrared radiation,
and ultraviolet radiation. The higher the TSER value,
the more effective the film is at reducing heat and
improving overall heat protection. refers to the percentage of total solar energy blocked by the film, including visible light, infrared radiation, and ultraviolet radiation. The higher the TSER value, the more effective the film is at reducing heat and improving overall heat protection.

UV Rejected

refers to the percentage of ultraviolet (UV) radiation
that the film can block. UV rays are harmful to the skin
and can also damage interior materials inside the vehicle.
Choosing a film with a high UV Rejected value, such as 99%,
provides the best protection against UV radiation. refers to the percentage of ultraviolet (UV) radiation that the film can block. UV rays are harmful to the skin and can also damage interior materials inside the vehicle. Choosing a film with a high UV Rejected value, such as 99%, provides the best protection against UV radiation.

VLT (Visible Light Transmission)

is the percentage of visible light that can pass through
the film. The higher the VLT value, the clearer the film.
Conversely, the lower the VLT value, the darker the film.
The choice of VLT (Visible Light Transmission) depends on
your usage needs. For example, if you require more privacy,
opt for a film with a lower VLT, If you prefer more
transparency, choose a film with a higher VLT. is the percentage of visible light that can pass through the film. The higher the VLT value, the clearer the film. Conversely, the lower the VLT value, the darker the film. The choice of VLT (Visible Light Transmission) depends on your usage needs. For example, if you require more privacy, opt for a film with a lower VLT, If you prefer more transparency, choose a film with a higher VLT.

VLR (Visible Light Reflectance)

is the percentage of light reflected by the film.
The higher the VLR value, the shinier the film and
the greater the light reflection. However, excessive
reflectance may cause glare, potentially
disturbing other drivers on the road. is the percentage of light reflected by the film. The higher the VLR value, the shinier the film and the greater the light reflection. However, excessive reflectance may cause glare, potentially disturbing other drivers on the road.