Alumina Ceramic Armor

Alumina Ceramic Armor

We are happy to announce our product, Alumina Ceramic Armor. Ceramic armor has been an integral part in both military and civilian armor systems for years.

When designed into a complete armor system, Ceramic armor utilizes planned material fracture to rob the projectile of energy. This system is, in many cases, more cost-efficient than an all-metal or all-fabric system.

Ultrasonic testing by independent laboratories has confirmed that our Alumina Ceramic Armor is 99.5% more consistent and contains significantly fewer internal defects than competing materials.

We can fabricate virtually any shape energy absorber, which optimizes coverage while minimizing weight. We have expert engineers are ready to assist you when integrating Alumina Ceramic Armor systems into your design. Check here for more information.

Alumina ceramic armor, working in conjunction with an appropriate backing system, can defeat various threats including armor-piercing rounds and IEDs. Typical ceramic composite armor systems, at approximately half the weight, outperform similar steel-based systems. These systems are frequently used in body armor, vehicle armor, and aircraft armor.

How it works:

Conventional steel armor plate defeats an incoming projectile by reducing its kinetic energy through ductile deformation. In a ceramic composite based armor system, a different process is employed. First, the strike face surface causes significant deformation to the projectile, increasing its cross section. Its kinetic energy is reduced as the bullet is fragmentized on shattering the tile's hard surface. The residual energy of the smaller fragments is absorbed by plastic or elastic deformation within the backing of the armor tile. The ballistic backing sheet is often made of Kevlar, Dyneema, Spectra Shield or Steel Armor Plate.

Uses:

Body Armor Chest Plates

Aircraft, Helicopter Armor Systems

Patrol Boats

Armored Vehicles

 r utilizes planned material fracture to rob the projectile of energy. This system is, in many cases, more cost-efficient than an all-metal or all-fabric system.

Ultrasonic testing by independent laboratories has confirmed that our Alumina Ceramic Armor is 99.5% more consistent and contains significantly fewer internal defects than competing materials.

We can fabricate virtually any shape energy absorber, which optimizes coverage while minimizing weight. We have expert engineers are ready to assist you when integrating Alumina Ceramic Armor systems into your design

 conjunction with an appropriate backing system, can defeat various threats including armor-piercing rounds and IEDs. Typical ceramic composite armor systems, at approximately half the weight, outperform similar steel-based systems. These systems are frequently used in body armor, vehicle armor, and aircraft armor.

How it works:

Conventional steel armor plate defeats an incoming projectile by reducing its kinetic energy through ductile deformation. In a ceramic composite based armor system, a different process is employed. First, the strike face surface causes significant deformation to the projectile, increasing its cross section. Its kinetic energy is reduced as the bullet is fragmentized on shattering the tile's hard surface. The residual energy of the smaller fragments is absorbed by plastic or elastic deformation within the backing of the armor tile. The ballistic backing sheet is often made of Kevlar, Dyneema, Spectra Shield or Steel Armor Plate.

Uses:

Body Armor Chest Plates

Aircraft, Helicopter Armor Systems

Patrol Boats

Armored Vehicles

Ultraseal Tire Sealant VS Run Flat Tire Inserts

Ultraseal Tire Sealant VS Run Flat Tire Inserts.

Danger: Recently came across an armature online video from an uninformed company trying to compare Ultraseal Tire Sealant   to high quality Run Flat Tire Inserts. Anyone looking for tire protection such as the U.S. Military, Government Agencies, Armored Vehicle Builders, or a well informed consumer would never consider a “Tire Sealant” as any type or replacement to the real protection offered by Run Flat Tire Inserts. There is no comparison “Tire Sealant” is not a solution for real tire protection. Tire Sealant, once installed the tire cannot be removed from the rim, has problems staying in balance regardless of this guys numerous ridicules clams.

 

When faced with the real danger of a tire blowout, flat tire, ballistic threat, blast, nails tacks or any other type situation tire sealant would fail miserably, Run Flat Tire Inserts help maintain control of the vehicle in these situations and can handle the weight of a fully loaded vehicle We have two products Rodgard Run Flat Tire Inserts and CRF Run Flat Tire Inserts, both in use world wide in all U.S. Military vehicles, numerous Government Agencies. These Run Flat Tire Inserts are often a required specification in the manufacturer of Armored Vehicles and other types of safety vehicles.

Be safe and drive with the confidence you will get where you need to go.

Armor Panels

Armor Panels / Ballistic Panels / Vehicle Armor Panels /Kevlar Ballistic Panels/ Kevlar Armor Panels/ Dyneema Armor Panels/ Spectra Shield Armor Panels/ Steel Armor Plate/ Fiberglass Armor Panels.

Our Armor Panels are the product you purchase and hope you never need, but hope to have when you need them.

There is more to selling Armor Panels than just throwing up a web site, coming up with a flashy name, setting up a Pay Pal account, and shopping cart and away you go. You wont find us on Ebay selling poor quality products just to make a buck. All of our Bullet Resistant Products are proudly made in the USA. Back in 1998 we were the first company to be a single source supplier for our customer’s ballistic protection needs.

What sets us apart from most other companies is that we know what we sell, what product is the best for our customer’s application. Taking into account the ballistic threat, intended application, weight restrictions and most important cost.  We have the capabilities to do extensive ballistic testing and assessment to fit a customer’s needs.

Unfortunately looking at other company’s websites we have seen numerous false or un educated clams that there products are superior to anything known to man and claim unrealistic ballistic performance, not supported by independent ballistic testing. All of our products are independently tested to both U.L./ Underwriters Laboratory and N.I.J. National Institute of Justus. If a company uses the word “BULLET PROOF" be very suspect of them as that is armature and incorrect terminology nothing is “Bullet Proof” The correct and realistic term is “Bullet Resistant”.

This blog post is focused on our Armor Panels, both for vehicle use, and construction application, such as safe rooms, schools government buildings etc.

Below is a guide to the best armor panel application

Kevlar Armor Panels, KevlarVehicle Armor Panels, Kevlar Ballistic Panels are some of the terms used for Kevlar Armor. Kevlar Armor Panels are only rated for handgun protection U.L. level 1,2,and 3 and NIJ Level I, II, & IIIA. Mainly used for vehicle applications because of its lightweight and flexibility. It does provide protection from DM 51 hand grenades. It has limited uses in architectural applications mainly where a curved form is needed, due to more cost effective products that we till discuss later in this article.

Dyneema and Spectra Shield Armor Panels also know as Polyethylene Armor or Ultra High Molecular Weight Poly-Ethylene (UHMWPE). Are rated for handguns and some assault rifle rounds offers some fragmentation protection. Very lightweight, water proof, mainly used for vehicle, boats, helicopters, applications because of its lightweight, and ease of installation. These Armor Panels are very expensive, and are used where weight is the main concern, over say Steel Armor Plate.

Steel Armor Plate: is the most widely used armor panel. It is available in quite a few variations from standard AR-500, Military grades MIL-A-46100, MILA-1250 class 1 &2 MIL-A-12560, Some are referred to as “High Hard” and “Ultra High Hard” Steel armor plate is mainly used in the manufacturing of armored vehicles, hardened structures. It excels at stopping handgun and assault rifle rounds to .50 cal armor piercing and above; it is very good at blast mitigation and stopping fragmentation. It can be bent shaped and welded into complex forms contouring precisely to the contours of a vehicle. Steel is very cost effective, its only drawback is weight, but properly installed weight issues can be overcome.

Fiberglass Armor Panels: Mainly used in safe room application and structural armoring, have good multi hit capabilities good for handgun and assault rifle protection, easy to cut fabricate and install. Fiberglass when hit with a projectile or fragmentation delaminates and absorbs into the fiberglass layers. Have good soundproofing and insulation values.

These are brief descriptions of these armor systems for more information, design solutions and pricing please feel free to visit our website: www.bulldogdirect.com