VILUX Tinted vs No Tinted: What Did Our Ice Melting Test Show?
We compared two groups of ice cubes exposed to sunlight, with one group behind VILUX Tinted glass and the other behind untinted glass.
The video presents the following results:
Does window tint really reduce heat, or is it just a darker layer on your glass? To demonstrate the difference, we conducted a simple VILUX Tinted vs No Tinted ice melting experiment, comparing how long ice took to melt under two different glass conditions.
At Vilux, we help homeowners in Kuala Lumpur, Selangor and Klang Valley choose suitable window films for heat control, glare reduction and privacy. Through this demonstration, we want to show how the right window tint can make a difference.
We compared two groups of ice cubes exposed to sunlight, with one group behind VILUX Tinted glass and the other behind untinted glass.
The video presents the following results:
| Experiment | Ice Melting Time | Observation |
|---|---|---|
| A: VILUX Tinted | Approximately 2 hours | Ice took longer to melt |
| B: No Tinted | Approximately 1 hour | Ice melted faster |
The key observation: In our demonstration, the ice behind VILUX Tinted glass took approximately twice as long to melt as the ice behind untinted glass.
This illustrates how window film may affect solar heat exposure. However, it is a demonstration rather than a controlled laboratory test, and actual performance depends on the film, glazing and surrounding conditions.
Want to see the difference for yourself? Watch our team demonstrate the ice melting comparison.
We placed ice cubes in separate containers for comparison.
One group was positioned behind VILUX Tinted glass and the other behind untinted glass.
We used timers to show the time passing as the ice melted.
The tinted group was shown taking approximately two hours, while the untinted group took approximately one hour.
Our video provides a visual comparison, although it does not establish all the environmental conditions needed for a standardised performance test.
Sunlight entering through windows carries solar energy that can contribute to indoor heat buildup.
Suitable solar-control window films are designed to reduce the amount of solar energy passing through glass while managing visible light and glare.
Reduce solar heat entering through suitable glass windows.
Make bright living rooms and workspaces more comfortable.
Help reduce ultraviolet exposure that contributes to furniture and curtain fading.
Selected films can make it harder to see indoors during daylight.
Choose lighter film options where maintaining brightness is important.
For homeowners experiencing strong sunlight through their windows, our Heat Rejection Window Tint Installation in Klang Valley provides film options designed around different solar-control needs.
At Vilux, our team considers the property and glass conditions before recommending a suitable window film.
| What We Check | Why It Matters |
|---|---|
| Sunlight exposure | Windows facing strong sunlight may need greater solar control |
| Existing glass colour | Already-dark glass may require a lighter film |
| Room usage | Bedrooms, living rooms and offices have different needs |
| Privacy requirements | Film appearance and lighting affect visibility |
| Film specifications | Solar energy rejection and visible light transmission help guide selection |
Our IR Pro Window Film Series offers different film shades for varying solar-control and daylight preferences.
A darker film is not always the better choice. We help homeowners decide whether to tint every window or focus on areas receiving the strongest sunlight.
Our ice melting demonstration introduces the concept of solar heat control, but choosing window film for a real home requires more than comparing melting times.
Our residential installations show how different properties benefit from different film selections.
In our Mont Kiara Window Tinting Project, we installed IR Pro 15 for residential solar-control and privacy needs.
Our Cyberjaya Semi-D Window Tinting Project involved IR Pro 15 and IR Pro 35 within one property to accommodate different window requirements.
We installed IR Pro 05 for residential solar-control and privacy needs.
These projects demonstrate why we consider sunlight, glass conditions and homeowner preferences rather than recommending one film for every window.
At Vilux, we provide residential window tinting solutions designed around your home's sunlight exposure, privacy needs and glass conditions. Explore our installation services and let our team help you choose a suitable film.
Explore Our House Tinting Installation Services in Klang ValleyYes. Suitable solar-control window films can reduce solar energy entering through glass, depending on the film specifications and glazing conditions.
Our demonstration showed slower melting behind VILUX Tinted glass. The video illustrates a difference but does not establish the exact heat rejection percentage.
Not necessarily. Heat rejection depends on the film's technical performance, not just how dark it looks.
Window tinting may reduce solar heat gain and cooling demand, but actual electricity savings depend on the property, air-conditioning usage and other factors.
No. We can assess which windows receive the strongest sunlight and recommend targeted installation based on your needs.
Our VILUX ice melting experiment showed a noticeable difference between tinted and untinted glass, with the tinted group taking approximately twice as long to melt. It offers a simple visual demonstration of how window film may affect solar heat exposure.
At Vilux, we help homeowners select practical window tinting solutions based on real property conditions, suitable film specifications and everyday comfort needs. The right window film is about balancing heat control, natural light and privacy—not simply choosing the darkest option.
27 Oct 2026