When purchasing an armored vehicle, you should know about the available different types. These include the Passive add-on armor and Active protection. These types of protection come in different materials, such as Titanium alloys and polycarbonate. In addition, you should know that the protection you receive depends on the type of impact your car is likely to receive. While they are both effective, each has its disadvantages and advantages.
Several different types of armor are available for cars. These types include composite armor, fiber-reinforced polymers, and titanium. All of these materials are designed to protect a vehicle from an explosion. The best armor will provide at least some level of protection against a wide range of attacks. Some armor materials are more effective than others. However, not all armor materials can withstand a high-velocity bullet.
Passive add-on armor:
The passive add-on armor used in automobiles can either be an integral part of the basic armor element or a separate add-on piece. The passive add-on armor consists of a matrix (18) made of metallic or organic material. Metallic materials used in the matrix can include tool steels, high-strength low-alloy steels, and military steels. Organic materials may include cement or glass fibers.
Titanium alloys are a highly resistant and durable material. They are used to create various parts of cars and are commonly used in aerospace applications. Titanium is a highly strong metal with excellent corrosion resistance. It has a low density of 4.54 grams per cubic centimeter and a melting point of 1,668 degrees Celsius. This makes titanium a very easy material to alloy with other metals. Its low thermal expansion is also advantageous, as it changes its size less under extreme temperatures.
Polycarbonate is an excellent material for car armor. In the event of an accident, the polycarbonate material used in car armor will prevent any damage done to the vehicle. The material can protect the vehicle from bullets and other forms of impact. It is used in the construction of armor glass and is used in car doors. It is a lightweight material and is 10 times stronger than glass. This material can protect the vehicle’s interior and exterior without compromising its mechanical performance.