Enhance Style & Comfort Instantly
| ROYAL 70 | ROYAL 45 | ROYAL 20 | ROYAL 10 |
|---|---|---|---|
| vlt - 70% | vlt - 45% | vlt - 20% | vlt - 10% |
| TSER - 68% | TSER - 74% | TSER - 79% | TSER - 84% |
MAGNETRON SPUTTERING FILM is created using the most advanced technology of a multi-layer metal sputtering process with layers of nano-particles of precious metals, such as Ag (silver), using optical-grade base materials. Magnetron sputtering is a deposition technology designed to increase the ionisation rate of the gas, resulting in high-speed sputtering under low pressure. Introducing a magnetic field on the surface of the cathode confines the charged particles, increasing the plasma density and the sputtering rate.
As a result, the highest quality window film is produced with high optical density resolution, superior heat insulation, absolute colour stability, and incomparable performance with everlasting reflection.
Infrared Rejection 99%
Ultraviolet Rejection 99.9%
Thickness 2 mil
SPUTTERED NANO-CERAMIC FILM is produced in a special vacuum chamber by high-tech controlled sputtering equipment. The electromagnetic fields propel ions toward the high-purity metal in electrically charged gases. This blast of ions dislodges groups of atoms in short bursts and spreads them evenly and finely across the film’s surface.
As a result, a lighter and more magnificent film is produced with incomparable reflectivity of solar energy while improving optical clarity.
| UNIQUE S70 | UNIQUE S50 | UNIQUE S35 | UNIQUE S20 | UNIQUE S10 |
|---|---|---|---|---|
| vlt - 70% | vlt - 50% | vlt - 35% | vlt - 20% | vlt - 10% |
| TSER - 62% | TSER - 68% | TSER - 70% | TSER - 75% | TSER - 82% |
Infrared Rejection 97%
Ultraviolet Rejection 99.9%
Thickness 2/4 mil
NANO-CERAMIC FILM consists of almost similar properties as ceramic film. However, nano-ceramic film uses nanotechnology, incorporating strong ceramic-based nanoparticles to elevate the existing window film quality to the next level. It is also infused with millions of microscopic particles of titanium nitride to construct thin layers of films.
As a result, it retains all the benefits of ceramic film but is stronger, better, and clearer; completely on a different level!
| LITE S70 | LITE S50 | LITE S35 | LITE S20 | LITE S10 |
|---|---|---|---|---|
| vlt - 70% | vlt - 50% | vlt - 35% | vlt - 20% | vlt - 10% |
| TSER - 58% | TSER - 66% | TSER - 68% | TSER - 74% | TSER - 78% |
Infrared Rejection 95%
Ultraviolet Rejection 99.9%
Thickness 2/4 mil
CERAMIC FILM is produced with strong ceramic particles, which are non conductive and non-metallic. Its high ceramic particle content makes it significant in protecting against heat and glare while providing a high level of optical clarity, unlike any other.
Also, it is infused with millions of microscopic particles of ceramic to construct thin layers of films. Hence, its durability is unbelievable.
| LITE S70 | LITE S50 | LITE S35 | LITE S20 | LITE S10 |
|---|---|---|---|---|
| vlt - 70% | vlt - 50% | vlt - 35% | vlt - 20% | vlt - 10% |
| TSER - 51% | TSER - 56% | TSER - 60% | TSER - 64% | TSER - 74% |
Infrared Rejection 85%
Ultraviolet Rejection 99.9%
Thickness 2/4 mil
CARBON FILM is produced by the infusion of carbon particles. It is constructed by the fusion of modified carbon into the polyester resin. This polyester resin is then “melted and pulled” into polyester window films, with a simple (clear), dark, and matte finish. This finish is prominent in colour stability and heat (infrared) rejection. Its sole carbon content (metal-free) makes it the best (non-disruptive) option for any electronic devices (signal).
| LITE S70 | LITE S50 | LITE S35 | LITE S20 | LITE S10 |
|---|---|---|---|---|
| vlt - 70% | vlt - 50% | vlt - 35% | vlt - 20% | vlt - 10% |
| TSER - 45% | TSER - 50% | TSER - 54% | TSER - 58% | TSER - 66% |
Infrared Rejection 75%
Ultraviolet Rejection 99.9%
Thickness 2/4 mil
| M10 HYBRID + MP PLUS | 10H | 20nm | 15-20 micron |
|---|---|---|---|
| APPLICATION | SURFACE HARDNESS | NANO PARTICLE SIZE | THICKNESS |
| M7 VELLO + MP PLUS | 9H | 60nm | 10-15micron |
|---|---|---|---|
| APPLICATION | SURFACE HARDNESS | NANO PARTICLE SIZE | THICKNESS |
| M5 PENTA + MP PLUS | 9H | 70nm | 10-15micron |
|---|---|---|---|
| APPLICATION | SURFACE HARDNESS | NANO PARTICLE SIZE | THICKNESS |
| M3 XTREME + MP PLUS | 9H | 80nm | 10-15micron |
|---|---|---|---|
| APPLICATION | SURFACE HARDNESS | NANO PARTICLE SIZE | THICKNESS |
| UNIQUE S50 | UNIQUE S35 | UNIQUE S20 | UNIQUE S10 |
|---|---|---|---|
| vlt - 50% | vlt - 35% | vlt - 20% | vlt - 10% |
| TSER - 68% | TSER - 70% | TSER - 75% | TSER - 82% |
Infrared Rejection 97%
Ultraviolet Rejection 99.9%
Thickness 2/4 mil
| MAJESTIC S50 | MAJESTIC S35 | MAJESTIC S20 | MAJESTIC S10 |
|---|---|---|---|
| vlt - 50% | vlt - 35% | vlt - 20% | vlt - 10% |
| TSER - 66% | TSER - 68% | TSER - 74% | TSER - 78% |
Infrared Rejection 95%
Ultraviolet Rejection 99.9%
Thickness 2/4 mil
| CLASSIC S50 | CLASSIC S35 | CLASSIC S20 | CLASSIC S10 |
|---|---|---|---|
| vlt - 50% | vlt - 35% | vlt - 20% | vlt - 10% |
| TSER - 56% | TSER - 60% | TSER - 64% | TSER - 74% |
Infrared Rejection 85%
Ultraviolet Rejection 99.9%
Thickness 2/4 mil
| LITE S50 | LITE S35 | LITE S20 | LITE S10 |
|---|---|---|---|
| vlt - 50% | vlt - 35% | vlt - 20% | vlt - 10% |
| TSER - 50% | TSER - 54% | TSER - 58% | TSER - 66% |
Infrared Rejection 75%
Ultraviolet Rejection 99.9%
Thickness 2/4 mil
| Standard | Large | X.Large / Supercar |
|---|---|---|
| RM 22,000 | RM 23,000 | RM 24,000 |
Protection
Standard- RM 3000
Large- RM 3200
X.Large / Supercar- RM 3400
Protection
Standard- RM 4600
Large- RM 4800
X.Large / Supercar- RM 5000
Protection
Standard- RM 6200
Large- RM 6400
X.Large / Supercar- RM 6600
SURFACE HARDNESS
NANO PARTICLE SIZE
THICKNESS
M-PRO HYBRID is a graphene-infused nano-coating that combines two of the greatest discoveries in science to enhance and optimise the performance of nano-coating. Graphene is a substance made from carbon atoms arranged in a honeycomb structure, which is very thin but incredibly tough. When graphene is infused within the molecular structure of polysilazane, its bonding strength and durability are greatly boosted.
As a result, a highly advanced coating is produced with anti-static capabilities, incomparable durability, water spot resistance, and high flexibility, which makes chipping and cracking non-existent on the coating.
SURFACE HARDNESS
NANO PARTICLE SIZE
THICKNESS
M-PRO VELLO is a ground-breaking innovation of paint protection coating with an incomparable level of gloss, durability, and resistance. It is devised from the most advanced technology of revolutionary high-performance nano ceramic coating that utilises polysilazane to produce a three-dimensional (3D) matrix nanostructure. The active resin binds with complex polymers and polysilazanes bond into the surface pores, forming an extremely durable coating.
As a result, a hard protective shield that preserves your car’s paint while providing amazing reflections, extreme clarity, and shining effects is accomplished on the car’s paint.
SURFACE HARDNESS
NANO PARTICLE SIZE
THICKNESS
M-PRO PENTA is an advanced organopolysiloxane-based nano-ceramic coating that enhances the beauty of the car’s surface while protecting it well. It is a state-of-the-art nano-ceramic coating that showcases the latest advances in polysilazanes. Heating polysilazanes results in crosslinking to form higher molecular weight polymers, promising peace-of-mind protection. M-PRO PENTA is specially designed to cure rapidly, especially under low temperatures.
SURFACE HARDNESS
NANO PARTICLE SIZE
THICKNESS
M3 XTREME is a polysiloxane-based ceramic coating that is developed utilising the advancement of exclusive ceramic technology. It is an outstanding paint-protection substance that bonds its molecular structure with the surface molecules of the car’s paint to become a strong and functional surface. M3 XTREME acts as an additional layer of clear coat that provides ultimate fortification against the harsh weather of scorching heat to acid rain.
M-PRO P3 TRIM COATING is an advanced nanotechnology-based polysiloxane and ceramic formula designed for exterior plastic trim. It’s a highly durable nano-ceramic coating that restores, enhances, and protects unpainted plastic trim, offering a soft, clear finish compared to traditional coatings.
M-PRO P4 WHEEL COATING is a robust nano-ceramic coating designed for rims and callipers. It bonds strongly with metal, chrome, and aluminium, offering exceptional heat resistance (over 800°C) for wheels. Its strong covalent bond ensures durability and resistance to pH 1-14 chemicals.
M-PRO P5 GLASS COATING is the latest nanotechnology breakthrough for windshields and glass. Unlike regular rain-repellent products, it bonds perfectly with glass, providing a durable, smooth surface and exceptional optical clarity for improved safety while driving in rain and snow.
M-PRO INTERIOR LEATHER & VINYL COATING is developed using advanced nanotechnology. It’s a non-greasy nano-ceramic coating that acts as an anti-stain and hydrophobic barrier, preserving the natural feel, texture, and appearance of leather.
M-PRO P7 FABRIC COATING is an eco-friendly, non-toxic, VOC-compliant nanotechnology formula. It’s an odourless, invisible, solvent-based, breathable sealer that protects fabric with a single application for stain, liquid repellency, and fire resistance.
M-PRO PPF COATING is the perfect formula for Paint Protection Film & Vinyl Wrap Coating. It safeguards thermoplastic urethane (TPU), PVC vinyl wraps, polyurethane film, matte, and satin wraps, preventing yellowing, staining, and UV damage, prolonging film life with minimal maintenance.
