High Demand for Bulletproof Glass Increasing Terror Activities

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⌈Bulletproof Glass⌋ ⌈Bullet Resistant Polycarbonate⌉ ⌈Ballistic Glass⌉

Ultimate Guide to Bulletproof Material: Polycarbonate

Overview of polycarbonate as a ballistic material

Ballistic polycarbonate, also known as the bullet proof glass, is often the protective of bullet-resistant barrier systems like a bank teller line or helmet visors.

Polycarbonate is a highly versatile and durable thermoplastic as a preferred material for bullet-resistant applications. Known for its unique combination of lightweight characteristics and exceptional impact resistance, polycarbonate is commonly used in environments where safety and security are paramount.

Understanding your options for bullet-resistant glazing is critical for choosing the right product that will keep people safe.

Properties of Polycarbonate

Excelite bulletproof polycarbonate was specially designed to protect against forced entry, whether ballistic or impact from heavy tools. The strength and durability of bullet resistant and containment grade polycarbonate allow them to retain stability when exposed to heavy blows.

How does the bullet proof glass work?

Inner plastic layers of this security glass keep absorbing the energy of the bullet. As a result, the inner layer of polycarbonate extensively breaks down the speed of the projectile and minimizes the damage. Then, the bullet will pass through the next layers of polycarbonate. This process continues until either bullet stops or pierces all layers.

In addition to superior strength and durability qualities, this polycarbonate also has excellent abrasion resistance, UV protection, and resistance to extreme temperatures. These characteristics all help make this plastic meet the most intense requirements for personal protection.

The thickness of the polycarbonate layer of the bulletproof glass can be an important factor while selecting the material for making bulletproof glass.

There are two main types of polycarbonate, including those used in bulletproof windows. The thicker the polycarbonate layer, the better is the resistance to bullets. However, the thickness of the material depends on the kind of thickness required for a particular window and you have to select the one that fits your requirement.

Applications of Polycarbonate in Ballistic Protection

Personal Protective Equipment

Polycarbonate Helmets: Polycarbonate is used to create lightweight, impact-resistant helmets for military and law enforcement personnel, providing protection against ballistic threats while ensuring comfort and mobility.
Visors and Face Shields: More and more face shields and visors are made from polycarbonate, offering clear visibility and reliable protection from shrapnel and gunfire. We can also provide anti fog coating for these visors.

Safety Glasses and Goggles

Polycarbonate lenses in safety glasses and goggles provide ballistic protection for industrial and military personnel, ensuring clear vision and high resistance to impacts and shrapnel.

Civilian, Military and Law Enforcement Uses

Bullet-Resistant Windows

Polycarbonate is utilized in residential, commercial, and government buildings to create bullet-resistant windows. These installations provide a crucial security layer against potential threats while allowing natural light.

Security Barriers

Clear polycarbonate panels are often used in security barriers for banks, airports, and high-risk environments. These barriers allow for visibility while ensuring protection against attempted attacks or gunfire.

Vehicle Armor

Our Super Thick Polycarbonate is increasingly being used in the armor of military and security vehicles. It can be integrated into the windshields and windows, providing protection from small arms fire without adding excessive weight.

Tactical Gear

Items such as tactical shields, which can be used by law enforcement during confrontations, often incorporate polycarbonate for its high impact resistance and transparency, allowing operators to see through while providing protection.

Aviation and Maritime Applications:

In aircraft and marine vessels, polycarbonate can be used for cockpit windows and visibility panels. These applications require materials that can withstand harsh conditions while providing ballistic protection.

Gun Range Protection:

Polycarbonate panels are often used in shooting ranges to create protective barriers that shield spectators and staff from stray bullets while allowing for clear sightlines.

Public Transport Security

Polycarbonate is utilized in the windows and barriers of buses and trains, providing protection for passengers and drivers against external ballistic threats.

Maintenance and Care

Use a mild soap or detergent mixed with warm water to clean polycarbonate sheets. Avoid abrasive cleaning agents or solvents, as they can scratch the surface.
Avoid Harsh Chemicals: Steer clear of strong solvents, alcohol, or ammonia-based cleaners, as these can damage the polycarbonate. Always check the cleaner’s compatibility with the material before use.
Avoiding Extreme Temperature Changes: While polycarbonate performs well in various temperatures, dramatic shifts can lead to warping or deformation over time. Try to maintain a consistent environment around the polycarbonate sheets.

FAQs

Common questions about polycarbonate ballistic materials

How do I clean bulletproof glass?

Clean your acrylic and polycarbonate barriers using the soft cotton cloths or microfiber towels work best. You can also use a diluted solution of 5% Dawn dish soap to one gallon of water.

Pls refer to our blog: The Ultimate Guide to Cleaning Polycarbonate Sheets

Where in my facility should I use bulletproof glass?

A good rule is to use bulletproof glass between the threat and people you want to protect. This can be as a line of transaction windows at a counter, reception windows, helmet shield or front doors. For more personalized recommendations about where to install bulletproof glass, please contact us.

How does bulletproof glass work?

Bulletproof glass works by utilizing a layered construction of glass, polycarbonate, and other materials to absorb and deflect the energy of a bullet upon impact. Its effectiveness is determined by its thickness, the type of materials used, and its design, making it a crucial element in personal and public safety in various applications.