What Is Bomb Blast Window Film?

When you begin learning about the vast world of window film, many people are surprised to learn that the benefits go beyond energy efficiency. As you delve deeper into all the different options available for your residential or commercial property, you’ll be shocked to discover what this product is actually capable of. For commercial property owners in Austin that are looking for better security options, there is a huge selection of security film available. When it comes to specialty security film options, one of the more prominent options is bomb blast window film.

The Advantages of Bomb Blast Window Film for Your Austin Commercial Property

Standard security film works to mitigate broken glass hazards from numerous events like break-ins, burglaries, freak accidents, natural disasters, and severe weather. For commercial properties that would like another level of protection for their building occupants and valuables, bomb blast window film is a great contender. Bomb blast film offers the benefit of absorbing the impact from higher impact events like explosions. This is perfect for larger commercial properties, public buildings that could be potential targets, government buildings holding sensitive information, and more. This innovative film absorbs the impact of high impact events, bonding glass fragments together to mitigate broken glass hazards. Broken glass is actually the leading cause of serious injury and blast-related death, making bomb blast window film an excellent option for your commercial property. This product makes cleanup safer and easier while reducing operational downtime after any event.

Work with Austin’s Number One Bomb Blast Window Film Contractor

Window Film Austin is honored to be the number one bomb blast window film contractor serving the Texas area. Our security film experts can help you find the perfect products for your commercial property.

For more information regarding bomb blast window film, please contact us!

The message will be closed after 20 s