Silicon Carbide Bulletproof Plate/SIC Armor Ceramic NIJIII
Bulletproof Sic Ceramic Plate
Bulletproof Ceramic Plates(SIC)
Key Features:
♦ Ideal Armor Material in lightweight and performance cost
efficient compare with Boron Carbide and Alumina
♦ Lower weight with higher performance efficient.
♦ It is manufactured by pressureless sintering.or Reaction-Bonding
Applications:
♦ Body Armor Plates
♦ High-Tech Vehicle Armor Protection and Watercraft defence.
Dimensions:
♦ Various shapes and qualities customized for applications and threat
level
Research and development:
♦ HIGH BROAD has an excellent team of great scientists and
experienced technicians, keeping the company at the forefront of
ceramic technology. we have a Survivability Centre where our scientists research the
latest protective materials. And we cooperated with many universities, research institutions
and other R&D facilities, the company is working on the
development of new materials to meet for future vehicle and body
armor requirements.
Quality assurance:
All of HIGH BROAD armor ceramics used in finished armor products
are tested and proven ballistic performance for National Institute
of Justice (N.I.J) and European design standards.
SILICON CARBIDE Bulletproof Plate
Specifications:
Density: 2.40-2.65 g/cm3 Elastic modulus: 510 Gpa Knoop Hardness: 3300 Flexural strength: 400-650 Mpa Compressive strength: 4100 Mpa Fracture toughness: 4.5-7.0 Mpa.m1/2 Coefficient of thermal expansion: 4.5x106 Thermal Conductivity: 29 m0k Maximum permissible service temperature in air: 1500℃ |
Material Comparation Chart:
Item | Al2O3 | SiC | B4C |
Density | 3.5g/cm3 | 3.1g/cm3 | 2.4-2.65g/cm3 |
Hardness | HV1650 | HV2750 | HV3300 |
Flexural strength | 290 Mpa | 380 Mpa | 400-650 Mpa |
Compressive strength | 850 Mpa | 3970 Mpa | 4100 Mpa |
Fracture toughness | 4.8 Mpa.m1/2 | 4.0 Mpa.m1/2 | 4.5-7.0 Mpa.m1/2 |
Thermal Conductivity | 20 m0k | 120m0k | 29 m0k |
Coefficient of thermal expansion | 7.2x106 | 4x106 | 4.5x106 |
Typical silicon carbide characteristics as below:
- Low density
- High strength
- Good high temperature strength (Reaction bonded)
- Oxidation resistance (Reaction bonded)
- Excellent thermal shock resistance
- High hardness and wear resistance
- Excellent chemical resistance
- Low thermal expansion and high thermal conductivity
High Broad Research and development:
We have an excellent team of great scientists and experienced
technicians, keeping the company at the forefront of ceramic
technology. we have a Survivability Centre where our scientists research the
latest protective materials. And we cooperated with many universities, research institutions
and other R&D facilities, the company is working on the
development of new materials to meet for future vehicle and body
armor requirements.
Packging:
