Flyvinci nano-ceramic window film is manufactured by Starway Electrnoic Ltd, one of the fastest growing and solar control film manufacturer in the world.  Our product line includes a complete line of paint protection film, automotive window tint; commercial and residential architectural window films, safety/security, anti-graffiti, and decorative films.  Our window films are proudly made by German technology and machines in ISO/TS 16949:2009 certified manufacturing facility .  Production capabilities include nano ceramic, color dyeing, sputtering, metallizing, solution coating, laminating, and slitting.

Corporate Value

We discover and create new ways to protect, save and renew through lean manufacturing and innovative technology.

  1. Quality

    We believe in offering only quality products to clients, therefore, all materials used in the manufacturing of our films comes from reliable and reputable suppliers.

  2. Customer Services

    Our team loves hearing from our clients and looks forward to helping you with whatever you need. Our customer service strives to meet the high expectations of our customers through timely service and delivery of products.

  3. R&D

    Our research and development team is world-class and they have received numerous international awards for quality and innovation. We have also partnered with ininternational widely respected and skilled professional experts to develop our films.

  4. Production & Technology

    Starway is dedicated to making continuous investments in machinery, technology, and employee training to remain at the forefront of the industry.


Sustainability is integral to our business. We want to create positive impact on society, and an important part of this ambition is to reduce our environmental impact. We want to address climate change by reducing our emissions through improving our energy efficiency, and we want to source and use resources responsibly and to improve our waste management. This is to ensure we do not consume resources and materials at a faster rate than they are regenerated, so that future generations can also benefit from the same variety of resources and materials our generation has access to.