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Silicon Carbide Aramid Composite Ballistic Protection Plate with NIJ Level III Ceramic Strike Face in 250x300mm Size
Dettagli:
| Luogo di origine: | Hunan, Cina |
| Marca: | High Broad |
| Certificazione: | ISO 9001:2015, NIJ 0101.06 Level III |
| Numero di modello: | sì, piastrelle |
| Documento: | SIC Ballistic Armor Tiles-P...ad.pdf |
Termini di pagamento e spedizione:
| Quantità di ordine minimo: | 1000 pezzi |
|---|---|
| Prezzo: | USD 0.1-2/ Piece |
| Imballaggi particolari: | Busta individuale in PE + schiuma EPE + cartone ondulato per esportazione con essiccante |
| Tempi di consegna: | 7-10 giorni lavorativi per stock, 20-30 giorni per produzione |
| Termini di pagamento: | T/T,L/C,Western Union |
| Capacità di alimentazione: | 1200000 pezzi al mese |
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Informazioni dettagliate |
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| Densità: | 1,95-2,20 g/cm³ (composito) | Resistenza alla flessione: | 380-450 MPa (strato SiC) |
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| Dimensione piastrella: | 250x300mm | Densità areale: | ≤28 kg/m² |
| Resistenza alla frattura: | 3,5-4,5 MPa·m½ (SiC) | Spessore: | 17,0 mm (composito totale) |
| Evidenziare: | SiC Aramid Hybrid Armor,Ceramic Composite Backing Panel,NIJ III Hybrid Protection |
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Descrizione di prodotto
Silicon Carbide Aramid Composite Ballistic Protection Plate
SiC + Aramid Hybrid Composite Protection Plate
NIJ Level III | SiC Strike Face + Aramid Backing | Optimized BFD Control
Hybrid Ceramic-Fabric Design
- Hybrid Ceramic-Fabric Design
- Superior BFD Control
The Power of Hybrid Design
The High Broad Silicon Carbide Tiles combines two complementary materials: a pressureless sintered SiC ceramic strike face that erodes and fractures incoming projectiles, and a multi-layer aramid fabric backing that catches fragments and controls back-face deformation (BFD). This hybrid architecture delivers an optimized balance of protection, weight, and cost.
Compared with Al₂O₃-aramid panels, the SiC version weighs 15-18% less. Compared with B₄C-aramid panels, it delivers virtually equivalent protection at 45-55% lower material cost.
Hybrid System Comparison
| Hybrid System | Areal Density | BFD (typical) | Cost Index |
|---|---|---|---|
| SiC + Aramid | ≤ 28 kg/m² | ≤ 25mm | ★★ Moderate |
| Al₂O₃ + Aramid | ~34 kg/m² | ≤ 28mm | ★ Lower |
| B₄C + Aramid | ~24 kg/m² | ≤ 22mm | ★★★★ High |
Optimized BFD Control
The aramid backing's high tensile strength (3600 MPa) and controlled delamination behavior keep back-face deformation (BFD) below 25mm—well within NIJ 0101.06 limits—even at close shot spacing.
Autoclave Lamination
SiC tiles are bonded to aramid layers under controlled heat and pressure in an autoclave, ensuring void-free adhesive distribution and consistent bond strength across the entire panel surface.
Thermal Stability
Aramid fabric maintains its mechanical properties from -40°C to +160°C, providing consistent ballistic performance across extreme operational temperature ranges.
Multi-Curve Forming
The aramid backing can be formed into single-curve and multi-curve shapes during lamination to match torso geometry for improved wearer comfort in body armor applications.
Experience the SiC-Aramid hybrid advantage—request a quote today
Email: janehu@hbnewmaterial.com | Ballistic test reports and technical datasheets available
Email: janehu@hbnewmaterial.com | Ballistic test reports and technical datasheets available
Jane Hu
China Hunan High Broad New Material Co., Ltd.
70 Chezhan North Road, Changsha, China 410100
Mobile/Whatsapp: +86-139-7515-2932
Wechat: 139-7515-2932
Skype: jane.hu261
QQ: 122367362
Email: janehu@hbnewmaterial.com
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