Ballistic Plate Armor

Description: BALLISTIC PERFORMANCE RANKING OF CERAMIC ARMOR PLATES AGAINST HIGH DENSITY PENETRATORS

Description: Alumina (Al2O3) ceramics, Silicon Carbide (SiC) ceramics and Boron Carbide (B4C) ceramics are the most widely used ceramic materials for Armor and Ballistic Shielding. Alumina ceramics have the highest density but low hardness, it's the cheapest ceramic material for armor

Description: Alumina (Al2O3) ceramics, Silicon Carbide (SiC) ceramics and Boron Carbide (B4C) ceramics are the most widely used ceramic materials for Armor and Ballistic Shielding. Alumina ceramics have the highest density but low hardness, it's the cheapest ceramic material for armor

Description: 1.1 This test method addresses the collection of ballistic limit data for ballistic-resistant torso body armor and shoot packs. 1.2 This test method is intended for testing of soft body armor, hard armor plates, and shoot packs. This test method does not

Description: produces ceramic armor components used as the ballistic armor strikeface of lightweight composite armor systems. CeraShield™ ceramics work with appropriate backing systems to neutralize various ballistic threats including armor-piercing rounds and IED

Description: Morgan Composite and Defence Systems’ world-leading expertise in ceramics and composites is the basis for our lightweight ballistic inserts, engineered to meet the most demanding requirements including NIJ Level IV and higher multi-hit threats. We design and manufacture plate carriers

Description: NIJ Threat Level IV standalone protection solution. MaxPro™ DBA-IV Body Armor is a high-performance, NIJ Level IV certified, 10" x 12" ceramic plate for use as a front or back. Designed to provide an economical NIJ Threat Level IV standalone protection solution, MaxPro™ DBA-IV Body

Description: NEXT-GENERATION CERAMIC TORSO PLATES For over three decades, CoorsTek has worked with top armor integrators to develop the next-generation of advanced ceramic body armor components. Superior Protection Using Next-Generation Ceramic Torso Plates CoorsTek offers

Description: CoorsTek provides some of the lightest armor components by developing specialty materials and processes for superior ballistic performance with minimal weight. Our lightweight technical ceramic tiles employ tight-tolerance manufacturing standards, high-purity formulations, and

Description: ceramic armor components for use in vehicle protection systems. Our lightweight materials help to increase efficiency while meeting or exceeding the performance of traditional steel-based systems. CoorsTek provides armor components to armor integrators building: Military

Description: Strongwell’s HS fiberglass armor panels, co-developed by Hardwire LLC, are designed for ballistics resistance. The panels are assembled using specially constructed glass reinforcements in a proprietary resin matrix. The panel components are then cured in a controlled cycle. When struck

Description: 1.1 This test method addresses resistance to ballistic penetration and to backface deformation (BFD) for ballistic-resistant torso body armor and shoot packs. 1.2 This test method is intended for testing of soft body armor, hard armor plates, in conjunction

Description: This specification establishes the indoor ballistic test range requirements for small arms and fragmentation testing of the following ballistic-resistant items: soft body armor, hard armor plates, body armor accessories, shields, and helmets. It specifies

Description: 63.5mm, 83.5mm - Whole Plate 235x285mm Single Curved R400 - Cylinder 8x8mm 13x11.5mm Wintrustek Advanced Materials is a leading ceramic materials supplier. We provide high-quality Alumina/Silicon Carbide/Boron Carbide Ceramics for Armor and Ballistic Shielding at a competitive

Description: ceramic lapping, polishing, and water jet cutting. Because of its low specific weight, great hardness, and good toughness, it is an excellent material for body and vehicle armor. Boron carbide is also widely employed in nuclear reactors as control rods, shielding materials, and neutron

Description: resistance. 1.2 This test method does not apply to body armor, armor panels, inserts, trauma packs, trauma plates, materials, or other items intended to be worn or located against the body to limit blunt trauma. 1.3 This test method applies only to products related to homeland

Description: Description: Laminated glass is created by layering two or more pieces of glass together with a transpassive interlayer, such as PVB (polyvinyl butyral). When broken the interlayer holds the glass together, providing increased strength and safety. Laminated glass is used in automobiles,

• Features: Armor / Ballistic Protection, Laminated / Multilayer, Safety / Tempered, Specialty / Other
• Shape / Form: Plate

Description: With increased threats from piracy and criminal activity in the marine and riverine environments, ballistic protection is becoming increasingly important for ships and other craft. CAMAC® structural armours and CAMAC® ultra-light semi-structural armour offer the ideal solution: Increased

Description: Morgan Composite and Defence Systems has a long and proud history as a manufacturer of composite systems for the aircraft industry. Based on this expertise we are able to offer the lightest-weight ballistic solutions for aircraft crews and critical components. With weight budgets at a

Description: Description: SCHOTT Supremax® Rolled Borosilicate is almost identical in its properties to Borofloat® 33, it has slightly lower surface quality due to the rolled process. It is a versatile borosilicate glass with excellent thermal properties, chemical resistance, and good light transmission

• Length: 90 inch
• Width / O.D.: 67 inch
• Thickness / Wall Thickness: 1.12598486 to 2.62598567 inch
• Density: 2.1999986115204715 g/cc

Description: Morgan Composite and Defence Systems specialises in the design of protected weapon stations using CAMAC® ultra-light armour. Working in close collaboration with our customers we design bespoke systems for specific requirements including transparent armour, overhead protection and collapsible

Description: trim, paper and textile equipment components, ballistic armor and more. Its unique properties can make a significant difference in a wide variety of high performance applications. For over 20 years, Saint-Gobain Refractories has been engaged in producing high-performance materials

• Applications: Armor / Ballistic Protection, Refractory / High Temperature Materials, Wear Parts / Tooling
• Material Type: Carbide Materials, Silicon Carbide
• Shape / Form: Fabricated / Custom Shape
• Features: Other

Description: The original family of product types of Kevlar® having similar tensile properties and with many deniers and finishes, these yarns are used in ballistic applications, ropes and cables, protective apparel such as cut-resistant gloves, in life protection uses such as helmets, vehicular armoring

• Use Temperature: -320 to 350 F
• Breaking Load (Rope / Fiber): 151 lbs
• Fiber Denier: 3,000 g/9000 m (denier)
• Breaking Load: 151 lbs

Description: The original family of product types of Kevlar® having similar tensile properties and with many deniers and finishes, these yarns are used in ballistic applications, ropes and cables, protective apparel such as cut-resistant gloves, in life protection uses such as helmets, vehicular armoring

• Use Temperature: -320 to 350 F
• Overall Thickness: 0.005 to 0.03 inch
• Applications: Aerospace, Apparel / Clothing, Architectural / Construction, Automotive / Transportation, Electrical / Electronics, Electrical Insulation / Dielectric, Fire Proofing / Thermal Protection, Industrial OEM, Marine
• Performance Features: Chemical / Fuel Resistant, Cut Resistant / Bullet Proof, UL Approved / Listed

Description: insulators Furnace liner tubes Thread and wire guides Electronic substrates Ballistic armor Abrasion resistant tube and elbow liners Thermometry sensors Laboratory instrument tubes and sample holders Instrumentation parts for thermal property test machines Various Alumina Ceramic

• Density: 3.5999977279425903 to 3.9399975133593905 g/cc
• Coeff. of Thermal Expansion (CTE): 8.2 to 8.4 µm/m-C
• MOR / Flexural Strength: 50,037.70957823296 to 54,968.96211637766 psi
• Compressive / Crushing Strength: 304,577.3626501137 to 377,095.7823287122 psi