Le Barrier’s Metal magnetron sputtering is an advanced vacuum deposition technique used to create thin films with precise control over thickness and composition. This process involves bombarding a metal target with high-energy ions, causing metal atoms to be ejected and deposited onto a substrate, forming a uniform and durable film.

What are Metal Magnetron Sputtering Films?

Metal Magnetron Sputtering Films are a type of high-performance solar control window film created using a process called magnetron sputtering. This advanced manufacturing technique involves bombarding a target material, typically metal, with high-energy ions in a vacuum chamber. The ions knock atoms from the target material, which then deposit onto a substrate, forming a thin, uniform coating.

Why Choose Le Barrier’s Metal Magnetron Sputtering Films?

12 Layers Metal Magnetron Sputtering Film

Experience the pinnacle of window film technology with Le Barrier’s 12 Layers Metal Magnetron Sputtering Film. Engineered with twelve meticulously crafted layers, this film delivers exceptional performance in heat rejection, UV protection, and durability. Designed for those who demand the best, this film significantly reduces solar heat and blocks harmful UV rays, ensuring a cooler and safer interior environment.

Superior Heat Rejection

Significantly reduces interior heat by blocking a substantial amount of solar radiation.

Maximum UV Protection

Blocks up to 99% of harmful UV rays, protecting interior furnishings and occupants.

High Durability

Multi-layer construction resists peeling, fading, and bubbling, ensuring long-lasting performance.

Enhanced Privacy

Reduces visibility from the outside, providing superior privacy without compromising natural light.

Glare Reduction

Minimises glare for enhanced comfort and improved visibility.

Ideal for High-End Applications

Perfect for premium automotive, residential and commercial installations where maximum protection and durability are essential.

Total Solar Energy Rejection

Achieves an impressive 89%, providing comprehensive protection against solar energy.

IR Protection

Blocks 95% of infrared radiation, significantly reducing heat buildup and improving energy efficiency.

6 Layers Metal Magnetron Sputtering Film

Le Barrier’s 6 Layers Metal Magnetron Sputtering Film offers a cost-effective solution for reliable heat rejection, UV protection, and enhanced privacy. Crafted with six layers of advanced sputtering technology, this film provides a balanced performance that meets the needs of budget-conscious users without compromising on quality.

Effective Heat Rejection

Reduces solar heat entry, helping to keep interiors cooler and more comfortable.

Substantial UV Protection

Blocks a significant amount of harmful UV rays, protecting interior furnishings and occupants.

Cost-Effective Solution

Ideal for budget-conscious automotive, residential and commercial applications that require reliable protection and performance.

Durability

Resistant to peeling, bubbling and discoloration, ensuring consistent performance over time.

Enhanced Privacy

Provides increased privacy by reducing visibility from the outside.

Glare Control

Reduces glare for improved comfort and visibility.

Total Solar Energy Rejection

Achieves an impressive 67%, providing comprehensive protection against solar energy.

IR Protection

Blocks 95% of infrared radiation, significantly reducing heat buildup and improving energy efficiency.

Le Barrier’s Metal Magnetron Sputtering Films are designed to enhance comfort, safety, and energy efficiency. The 12 Layers Film offers superior performance for high-end applications, while the 6 Layers Film provides a cost-effective solution with reliable protection. Both options utilise advanced sputtering technology to deliver exceptional results, making them ideal choices for various installation needs.

LAYER

VISIBILITY

THICKNESS 

VLT

IRR

UVR

TSER

WARRANTY

12

20%

3 Mil

20%

95%

99%

89%

10 Years

12

40%

3 Mil

35%

95%

99%

82%

10 Years

12

70%

3 Mil

68%

95%

99%

67%

10 Years

6

70%

1.5 Mil

70%

95%

99%

67%

10 Years