Ceramic window tint is the solution if you require top-notch performance and a distinctive appearance. The same ultra-thin material as other tints is used as a base, but it is then covered with minuscule nano-ceramic particles that are invisible to the human eye yet potent enough to minimise glare, block 99% of harmful UV rays, and manage the sun’s most heat-producing infrared rays. You will notice a big difference in how you feel and how quickly your car cools off thanks to this new tech.
Ceramic tint materials with varying degrees of heat-resistance are available from LLumar®. To fine-tune the appearance of your vehicle, we provide a variety of hues for all of our ceramic tint.
Is ceramic tint the same as infrared tint?
The infrared rays of the sun that cause the most heat can be repelled by all ceramic hues. The most modern and cutting-edge ceramic tinting increases that power. They have larger concentrations of nano-ceramic particles, increasing their capacity to filter infrared light. As a result, more recent ceramic advancements are occasionally referred to as infrared tint or IR-blocking film.
The most heat-producing infrared radiation from the sun can be repelled by any ceramic hue. The most modern and cutting-edge ceramic tint takes that power to new heights. Their infrared blocking powers are increased to higher levels thanks to their concentrated nano-ceramic particles. Due of this, more recent ceramic inventions are sometimes referred to as IR-blocking film or infrared tint.
The infrared rays of the sun that cause the most heat can be repelled by all ceramic hues. The most modern and cutting-edge ceramic tint increases that power. They have larger concentrations of nano-ceramic particles, increasing their capacity to filter infrared light. As a result, more recent ceramic advancements are occasionally referred to as infrared tint or IR-blocking film.
The most heat-producing infrared radiation from the sun can be repelled by any ceramic hue. The most modern and cutting-edge ceramic tint takes that power to new heights. Their infrared blocking powers are increased to higher levels thanks to their concentrated nano-ceramic particles. Due of this, more recent ceramic inventions are sometimes referred to as IR-blocking film or infrared tint.
The most heat-producing infrared radiation from the sun can be repelled by any ceramic hue. The most modern and cutting-edge ceramic tint takes that power to new heights. Their infrared blocking powers are increased to higher levels thanks to their concentrated nano-ceramic particles. Due of this, more recent ceramic inventions are sometimes referred to as IR-blocking film or infrared tint.
The capacity to block the sun’s heat-producing infrared radiation is a property shared by every ceramic hues. This power is increased with the most modern and cutting-edge ceramic tint. Their infrared blocking capacity is increased thanks to their concentrated nano-ceramic particles. The term “infrared tint” or “IR-blocking coating” is frequently used to describe more recent ceramic advances as a result.
Benefits of Ceramic Tint
The capacity to block the sun’s heat-producing infrared radiation is a property shared by every ceramic hues. This power is increased with the most modern and cutting-edge ceramic tint. Their infrared blocking capacity is increased thanks to their concentrated nano-ceramic particles. The term “infrared tint” or “IR-blocking coating” is frequently used to describe more recent ceramic advances as a result.
The most heat-producing infrared radiation from the sun may be repelled by all ceramic hues. The most recent and cutting-edge ceramic tint increases that power. They have more concentrated nano-ceramic particles, which increases their infrared blocking powers. Because of this, more recent ceramic inventions are sometimes referred to as infrared tint or IR-blocking film.
The capacity to block the sun’s heat-producing infrared radiation is a property shared by every ceramic hues. This power is increased with the most modern and cutting-edge ceramic tint. Their infrared blocking capacity is increased thanks to their concentrated nano-ceramic particles. The term “infrared tint” or “IR-blocking coating” is frequently used to describe more recent ceramic advances as a result.
The most heat-producing infrared radiation from the sun may be repelled by all ceramic hues. The most recent and cutting-edge ceramic tint increases that power. They have more concentrated nano-ceramic particles, which increases their infrared blocking powers. Because of this, more recent ceramic inventions are sometimes referred to as infrared tint or IR-blocking film.
The infrared rays of the sun that cause the most heat can be repelled by all auto tint hues. The most modern and cutting-edge ceramic tint increases that power. They have larger concentrations of nano-ceramic particles, increasing their capacity to filter infrared light. As a result, more recent ceramic advancements are occasionally referred to as infrared tint or IR-blocking film.
The most heat-producing infrared radiation from the sun may be repelled by all ceramic hues. The most recent and cutting-edge ceramic tint increases that power. They have more concentrated nano-ceramic particles, which increases their infrared blocking powers. Because of this, more recent ceramic inventions are sometimes referred to as infrared tint or IR-blocking film.
