Total Security Solutions

This infographic makes understanding the eight levels of bullet resistance easier than ever and will help you select the best type of glass for your next project!

We’re excited to return to FacilitiesNet/NFMT next month, March 25-27, in Baltimore, Maryland. Visit us in booth #524 to talk with our team of ballistic experts and learn more about our products. We’re looking forward to connecting with you! Register today: https://hubs.ly/Q038rLVt0

Let’s get technical. When a bullet enters the pane of glazing, a tremendous amount of energy must be dispersed to stop the bullet. When a bullet meets the first layer on the "threat" side of the glass, the transferred energy may cause glass fragments on the secure side—this is spalling. Some materials produce more spall than others. Some, like acrylic and actual glass, can produce a significant spall. Other materials, such as laminated polycarbonate, typically produce no spall at all. Spalling is an important detail to consider when choosing bullet-resistant glass. We’re here to help you keep your people safe, so read our blog to learn more and reach out to us with your questions.

Our team celebrates wins together and enjoys growing closer by having a good time! Here are a few throwback photos from some of the TSS team building events last year.

Level 3 bulletproof glass is increasingly popular because of its effectiveness, ability to protect from common threats, and price point. It’s common in schools, healthcare facilities, corporate offices, and local government spaces. Your security is our priority. If you want to learn more about the benefits of Level 3 bulletproof glass, reach out to our team—we’re ready to help!

Until recently, few barriers prevented the attackers from entering schools—something the glass industry is well aware of. One of our passions is educating people on correctly using ballistic security products to protect what matters most. That’s why we fully endorse the ASTM F3561 Standard Test Method for Forced-Entry Resistance of Fenestration Systems after Simulated Active Shooter Attack. The goal of ASTM F3561 is to increase protection and provide a comprehensive and repeatable test method. The test simulates forced entry after the glass has been shot, but it’s not a ballistic rating. This means products that comply with the ASTM F3561 do not stop bullets. In areas where people are present, bullet-resistant glass should be used to protect the people present. As we’ve always said, a layered security strategy is the best way to balance priorities without sacrificing effectiveness.

We’ve worked closely with hospitals, urgent cares, pharmacies, specialty offices, and other types of healthcare organizations to create bulletproof systems that offer the protection they’re looking for without compromising aesthetics. Your workers won’t feel “locked down” as they provide care and patients will have the healthcare access they need. Claim a copy of our free eBook, “How to Bulletproof Your Healthcare Institution," to learn best practices.

Since 2004, TSS has completed tens of thousands of projects across the country and we’re ready to bring our expertise to your next project. Whether you have plans ready to go or need a ballistics expert to walk you through your options, the TSS team is here to help. Reach out for a free consultation today!

A bulletproof glass entry system consists of ballistic windows, framing, and bullet-resistant doors. These systems can be very different from their non-rated counterparts. If you’re an architect working on a ballistic entryway, it’s important to understand the unique materials that might affect your project.

Across the country, states are taking steps to make schools safer through legislation. Laws address a range of security issues, from security guards to film and much more. Read this security news blog for an overview of recent school safety laws and actionable tips for improving your school’s physical security.