The three main types of ceramics used to make body armor are boron carbide, silicon carbide, and aluminum oxide. Invalid value: chest size should be in the range: 22-39 Great job and good arrival time. The multilayer material used in these boron carbide body armor are lighter, and expert-proven to be of the best quality to withstand various bullets types. These impressive standards put less strain on the body, helping reduce the weight of your rig and increase mobility. We’re now at a stage where we’re beginning to make large diamond tiles on a large enough scale for commercialization, and we’re actively working on R&D, so that even larger, stronger, and superlatively high-performance diamond tiles are available for next-generation armor applications. The boron carbide plates are backed by an aramide fiber-reinforced plastic (Kevlar), which prevents fragmentation. Do armor plates lose their protective properties after expiration? Ballistic impact testing was used to compare the performance of boron carbide armor tiles with and without a polymer matrix composite (PMC) facing. learn more about Coorstek armor systems Using Boron Carbide ceramics gives it an incredibly low weight of 2.1 kgs it is among the lightest, and subsequently most expensive Level III++ plates in the world. Enter your values to calculate your optimal size. Boron carbide is one of the hardest known materials being only second to diamond. It is an extremely hard synthetically produced material. Your email address will not be published. 5.2-6.3 The trouble with B6O is that it’s even harder to process and sinter than boron carbide, already a very difficult material to work with. The addition of very small amounts of silicon or aluminum dopants to boron carbide, or tailoring the material’s stoichiometry so that it’s more boron-rich than usual (> B6.5C), have also been proposed as methods for producing a boron carbide ceramic product that’s more resistant to failure via shear amorphization, and would thus exhibit more predictable performance against WC-Co-cored ballistic threats. inches. inches, Invalid value: neck size should be in the range: 14-29 Representative examples include SAPI shape, double-curve, triple-curve, multi-curve, and side plates. 7.62x51 FMJ M80 If there has been any innovation in the many years since, it has been to manufacturing processes; these innovations have brought boron carbide tile production costs down and have facilitated high-volume production, but, pointedly, they have not improved performance. Invalid value: height size should be in the range: 5-7 An entirely different approach, which is perhaps the most promising approach, lies with high-pressure chemistry and engineering, for these enable the production of metastable high-pressure bulk materials, thereby opening up new frontiers in armor material development. Made for the toughest tasks this plate delivers the very best ballistic protection for the most demanding missions. Enter your values to calculate your optimal size. Plates made with our current diamond tiles are already capable of stopping threats such as the M855 at as little as 2.2 pounds per 10×12″ shooter’s cut plate. It is an extremely hard synthetically produced material. With a Mohs hardness between 9 and 10, 5.56x45 M855A1 Materials such as alumina, titanium, steel, boron carbide, silicon carbide, and ceramic matrix composite are used in the manufacturing of aircraft … inches, Invalid value: thickness size should be in the range: Invalid value: head size should be in the range: 20-25 inches, Invalid value: waist size should be in the range: 28-48 High density boron carbide armor tiles , bullet proofing seats of helicopters. No fees if you pay on time Armor plates are tested under the NIJ standard to withstand up to 6 consecutive hits. Easy to wear and while the rest of me doesn’t fell the difference, my feet are sure less ashy. foots, Invalid value: chest size should be in the range: 30-45 Follow us | Contact us:Facebook | Youtube | Contact, New Ceramic Armor Materials – From Boron Suboxide to Diamond. 0.6-1 These test tiles started exhibited spalling corrosion within days of their densification, which is certainly an extremely undesirable trait in an armor material. Even worse, B6O is staggeringly expensive to synthesize as a raw material. Applications for boron carbide plates have included aircraft armor and elite body armor. Utilizing a unique UHMWPE molding technique our ballistic plate backbone is on the bleeding edge of body armor. These armor solutions use an array of advanced armor materials combining metals, lightweight ceramics and … Take the measure of your head as shown on the picture. Copyright © UARM USA CORP. All rights reserved. Yet as this CaB6-B4C composite makes apparent, one doesn’t need to replace boron carbide entirely — strengthening it with a dopant or secondary phase is also a viable strategy, and a very promising one. The date is calculated from the manufacturing label on the back of the plate. Diamond Age has been experimenting with HPHT polycrystalline diamond ceramics for some years and has recently been issued a patent on the technology. Despite offering uncompromising protection, this armor plate maintains a thickness of only 0.55'' and a weight of 3.7 lbs (S size). Boron carbide can also be used as a ceramic coating for warships and helicopters. Boron carbide, (B4C), crystalline compound of boron and carbon. Officially, 5 years. To make the correct choice, you can use the Size Chart in the Tech Specs or the Determine Size at the settings screen on the top of the page. Also, boron carbide is harder and lighter than other armor materials like silicon carbide, making it an ideal choice for protective gear, particularly ballistic vests. For most ballistic applications, boron carbide remains the ultimate armour material of choice – it is one of the hardest ceramic materials (see Table 1), falling just short of diamond and cubic boron nitride, and, because of its low density (∼2,520 kg m −3), it has a very attractive set of specific properties for body armour systems . Plate dimensions: 9,5x9,5 cm (3.7"x3.7" inches). Does the armor plate experience the backface deformation effect? Based on material type, the ceramic armor material market is segmented into alumina, boron carbide, silicon carbide, ceramic matrix composite, and … foots, Invalid value: chest size should be in the range: inches, Invalid value: height size should be in the range: Coatings which prevent the decomposition of CaB6 may, however, eventually enable the utilization of B4C-CaB6 composite plates… but not without some degree of legal liability and reputational risk. Boron carbide is often used in body armor because it has a very high hardness rating, making it difficult to destroy, while at the same time being relatively lightweight. This unique combination led to the rapid adoption of boron carbide for high-end armor systems — allowing them to be lighter and more effective. Yes. It mirrors boron carbide in its low density (2.52 gm/cc) and its extremely high hardness (>3000 HV1) and current thinking is that it should perform well against even the toughest threats — unlike boron carbide, which, as mentioned previously, can be less than perfectly reliable. Best manufacture. While that number can be greater, we can’t guarantee that result. As I’ve mentioned in older posts, many other ceramic materials have been successfully tested towards armor applications, and there is an ongoing search, at Diamond Age and elsewhere, for a better ceramic armor material — something which out-performs boron carbide on a weight-basis, and maintains this high level of performance against extra-potent threats such as WC-Co-cored rounds. All three of these old ceramic armor materials have their shortcomings: Alumina is far too heavy, to such an extent that even steel armor is now giving it a run for its money; silicon carbide is, although much lighter, still heavy enough to be burdensome; the best grades of boron carbide, although nearly 40% lighter than alumina and more than 20% lighter than silicon carbide, are rather expensive and underperform against bullets with cemented carbide (WC-Co) cores. Due to its high hardness and Young’s modulus it is very resistant against abrasion and thus used in blast or spray nozzles and as an abrasive. Is it possible to use an armor plate that has been hit by a bullet? B4C ceramic ensures maximum durability with the lowest weight among other comparables. The aluminum dodecaboride AlB12 and the aluminium-magnesium-boron compound AlMgB14 are also attractive materials — both as standalone pure ceramic phases for armor plate development, and as candidates for better cermet development. Undamaged zones still offer ballistic protection. You may continue operations with a damaged armor plate due to composite materials that, when damaged, only a tight zone of the armor fails. foots, Invalid value: chest size should be in the range: B4C (Boron carbide) – is a crystalline compound of boron and carbon. It is an extremely hard, synthetically produced material that is used in abrasive and wear-resistant products, in lightweight composite materials, and in control rods for nuclear power generation. Stay the best in the game with high-quality products and the best deals! Your email address will not be published. How many hits in a row can a single armor plate withstand? All our armor products have been tested by 3rd party independent laboratories such as OBL, USA & BMT, Australia according to US NIJ standards. 5.45x39 MSC 7N6 (AK-74) What is the advantage of SA4B™ over other UARM™ plates? Measure your chest and neck circumferences. Price for 1 plate. inches, Invalid value: waist size should be in the range: 28-44 Using Boron Carbide ceramics gives it an incredibly low weight of 2.1 kgs it is among the lightest, and subsequently most expensive Level IV+ plates in the world. Measure your laptop to make sure it fits to the case. However, you will need to replace the armor plate after the mission as further use is prohibited. All of these materials were introduced in the 1960s and saw service in Vietnam-era armor plates. Despite boron carbide’s many desirable qualities, its main shortfall is that it can damage very quickly upon high-velocity impact. Our armor plates cover a wide range of ballistic threats from handguns to high-powered rifles – find which protection level suits your needs. B4CIND provides Boron Carbide armoring systems that encompass the latest protective products for tactical and logistical support for personnel armour and vehicular armour. Measure the length of your foot. MILITECH® is a quality focused body armor brand owned by an ISO 9001 : 2015 certified professional manufacturer. The Achilles heel of these ceramic materials is the fact that they’re very expensive to synthesize from the commercially-available materials that are the product of boron mining. foots, Invalid value: chest size should be in the range: 33-53 30-41 This premium plate features an incredibly lightweight and strong Boron Сarbide thin ceramic layer, making it one of the finest ballistic plates on the market. New Ceramic Armor Materials — From Boron Suboxide to Diamond, At the present time, the only commonly-encountered ceramic armor materials are alumina, boron carbide, and silicon carbide. (Boron carbide, in contrast, is relatively easy to produce from cheap raw materials such as boric acid.). Invalid value: length size should be in the range: 13-15 For more information on our diamond armor plates, please click here. 5.56x45 M855 (Green Tip) Enter your values to calculate your optimal size. with zero impact to your credit. Boron carbide, also known as black diamond, has a molecular formula of B4C, and is usually gray-black powder. In case of visual damages not recommended to use. In the very near future, we believe that diamond-faced armor plates should be able to stop the APM2 at well under 4 pounds per body armor plate. Its composition ranges from B 4.3 C to B 10.4 C. Technical boron carbide usually has a high carbon content and is labelled B 4 C, for convenience. AlB12 and AlMgB14 are very similar to each other, and to boron carbide:  Their density is very low at roughly 2.5 gm/cc, they are all of similar hardness, and, unless something like the Lanxide process is employed, they’re best densified with the application of moderate pressure, e.g. A Short History of the Ballistic Steel Helmet. Designed to mimic the human body, our 3D Multi-Curved design incorporates both horizontal and verticle curvature. Due to chemical processes and oxidation occurring inside the composite material, the anti-ballistic capabilities of the armor plate will slowly deteriorate over time. Boron carbide is an extremely hard boron–carbon ceramic and covalent material used in tank armor, bulletproof vests, engine sabotage powders, as well as numerous industrial applications. CaB6, however, is not stable in the presence of water — and degrades severely even upon exposure to moderately humid air — which is a trait that may limit its use in armor systems where, by definition, stability and reliability are of key importance. The UARM™️ War Belts are available in two shapes: Regular and Long. It is lightweight and has the ability to resist the penetration of armor-piercing projectiles through the hot-press coating to form an integral defense layer. Enter your values to calculate your optimal size. When high protection levels in lightweight designs are required, 3M™ Lightweight Body Armor Plates offer a versatile solution that can be designed to meet specific customer requirements. Boron Carbide (B4C), also known as black diamond, is the third hardest material after diamond and cubic boron nitride. inches, Invalid value: waist size should be in the range: 23-37 This multiphase ceramic material has some inherent ductility, is slightly lighter than boron carbide, is slightly easier to densify, and appears to outperform pure boron carbide in head-to-head ballistic tests. Your armor could save your life, so know it like the back of your hand. When struck by a bullet the ceramic elements shatters into potentially dangerous fragments, absorbing kinetic energy in the process. Optimal balance between the highest protection/weight/affordability, Highest level of protection under NIJ 0101.06 and other global standards, Protection against high-penetration rounds including 5.56×45 M855 (Green Tip), 5.56×45 M855A1, 7.62×39 API BZ, 7.62×51 FMJ M80, 5.56×45 M193, 5.45×39 MSC 7N6 (AK-74), 7.62×39 MSC 57-N-231 (AK-47, AKM), Can be used for both the chest and the back, Independently tested in an NIJ-accredited laboratory for NIJ Standard 0101.06, as well as certified laboratories according to DSTU 8835:2019 against Soviet/Russian ammunition. Not instantly. Yes. And with a good deal they give the best value. As well as any armor plate, the SA4B™ has some backface deformation. These highly advanced, essentially modern plates were issued to aircrews in very small quantities. Ceramic plates or trauma plates are used as inserts in soft ballistic vests. The UARM™ SA4B™ hard plates are ergonomically designed to fit equally good on the front and on the back. inches, LPC™ Light Plate Carrier (Carrier) - S, Ranger Green, RPC™ Robust Plate Carrier (Carrier) - S, Coyote. 5.56x45 M193 Also, boron carbide is harder and lighter than other armor materials like silicon carbide, making it an ideal choice for protective gear, particularly ballistic vests. Also, boron carbide is harder and lighter than other armor materials like silicon carbide, making it an ideal choice for protective gear, particularly ballistic vests. inches, Invalid value: height size should be in the range: 5.2-6.4 Body armor can come in many forms, with different materials offering different strengths and weaknesses. 3M™ Lightweight Body Armor Plates integrate hot pressed boron carbide and silicon carbide ceramic to produce rugged, multi-hit armor solutions. Improvement of High-grade Body Armor Diamond Age has worked with CaB6-B4C composites that, quite literally, turned to dust following several months of exposure to ambient conditions. It is not recommended. “Boron carbide is widely used in body armor and other engineering applications because of its light weight and high hardness [but] consolidated boron carbide loses its strength and toughness when subjected to high-velocity threats,” said Texas A&M assistant professor Kelvin Xie, who recently published a study in Science Advances. The strongest and lightest ceramic is boron carbide. Required fields are marked *. inches. foots, Invalid value: width size should be in the range: 9-11 inches. While good maintenance and handling can preserve the plate ballistic capabilities for longer, we will only guarantee five years from manufacturing. While not a color or pattern, our Civil Camoflague designs disguise tactical garments to look like standard clothing – helping you blend into the crowd. in a hot-press or SPS/FAST furnace. Another option, mentioned in a few scientific papers over a decade ago, is a composite material made from roughly 60% boron carbide and 40% calcium hexaboride (CaB6). Are the same plates used for the front and the back? inches, Invalid value: height size should be in the range: They haven’t changed since. B4C LLC's boron carbide combines high ballistic efficiency with high mass efficiency and therefore suits all applications where low weight high ballistic protection is required, such as in personal body armor, aircraft and helicopter armor, vehicle armor and other armor products. The SA4S™ offers the highest possible body armor protection level while simultaneously being the lightest in its class.