Ballistic Multi Curved Plate Nij IV Silicon Carbide Ceramic for Bulletproof Armor

• Customization: Available
• Color: Customized
• Style: Body Armor Multi Curved
• Model NO.: S04
• Material: Silicon Carbide+PE
• Protection Level: Nij III, Nij IV
• Areal Density: 28-43kg/M2
• Transport Package: Plywood
• Specification: 250*300
• Trademark: Jicheng
• Origin: China
• HS Code: 6914900000
• Production Capacity: 60000PCS/Year

Product Description

Company Profile

 

Jicheng (JCC) stands as a pillar of excellence with its unrivaled production prowess across the full range of protection ceramics, PE plates, and inserts. Possessing an impressive annual output capacity of 800 tons for boron carbide sinters, 1000 tons for silicon carbide sinters, and a staggering 600,000 sets of multi-curved boron carbide inserts, we are fully equipped to exceed your most stringent demands.

Our avant-garde facilities are a testament to our commitment to efficiency and versatility. Boasting 7 ceramic powder production lines, 8 multi-curved ceramic plate lines, 70 sintering lines, 5 PE plate pressing lines, 2 PE plate cutting lines, and 2 hot pressing compositing lines, we ensure seamless and adaptive production capabilities.

Quality Control

 

For 17 years, Jicheng has been at the forefront of advanced ceramics R&D, forging a robust closed-loop quality control system. This exhaustive approach spans every aspect, from raw material acquisition to meticulous product processing, comprehensive quality inspections, and the sourcing of final products, guaranteeing unmatched quality standards.

 

Product Parameters

Our plates can be customized to various protection levels, tailored to meet customer requirements. They are available in single or multi-curved configurations. We provide diverse solutions for multi-shot or single-shot protection. The weight of the plates can be adjusted by utilizing materials with lower density or altering the material composition entirely.
 

Standard	Material	Surface Density	Size	Ammunition
NIJ III	SiC+PE	28 kg/m2	238x288mm(649.65cm2)	7.62x51 M80 AK47 7.62x39 MSC SS109 5.56x45
			250x300mm(711.8cm2)
			260x325 (808.46 cm2)
	SiC/B4C+PE	26 kg/m2	238x288mm(649.65cm2)
			250x300mm(711.8cm2)
			260x325 (808.46 cm2)
	B4C+PE	25 kg/m2	238x288mm(649.65cm2)
			250x300mm(711.8cm2)
			260x325 (808.46 cm2)

Standard	Material	Surface Density	Size	Ammunition
NIJ IV	SiC+PE	43 kg/m2	238x288mm(649.65cm2)	.30-06 M2 AP 7.62x54R API
			250x300mm(711.8cm2)
			260x325 (808.46 cm2)
	SiC/B4C+PE	39 kg/m2	238x288mm(649.65cm2)
			250x300mm(711.8cm2)
			260x325 (808.46 cm2)
	B4C+PE	37 kg/m2	238x288mm(649.65cm2)
			250x300mm(711.8cm2)
			260x325 (808.46 cm2)

About Us

Since its founding in 2007, Zhejiang Jicheng Advanced Ceramics Co., Ltd. (JCC) has been a pioneering force in delivering comprehensive ceramic materials, solutions, and services to both traditional industries and globally strategic emerging markets. Our flagship ceramic products, including silicon carbide, boron carbide, and composite silicon carbide-boron carbide, are offered in various forms such as powders, mosaic tiles, monolithic plates, and bespoke bp inserts.

Recognized as a National High-Tech Enterprise and recipient of the prestigious Zhejiang Special and New SME award, JCC operates three state-of-the-art production hubs located in Changsha, Hunan Province, and Longyou, Zhejiang Province. At our core is an unyielding drive for innovation, supported by significant R&D investments. We maintain close collaborations with distinguished research teams from esteemed institutions like the National University of Defense Technology and Central South University.

Our steadfast dedication to innovation has earned us an impressive portfolio consisting of 84 patents and 13 trademarks. Our extensive range of product solutions is designed to cater to sectors such as the military, photovoltaic, chemical, and lithium power industries. Our clients consistently praise us for delivering an exceptional price-performance ratio and for our prowess in providing unparalleled product development solutions, even for the most intricate and demanding design requirements.