Precision-Graded SiC Granules powder: Defense-Grade Reinforcement for Lightweight Armor Systems
Engineered for unparalleled cut, slash, and puncture resistance in flexible personal armor. Offers lightweight, non-toxic protection with exceptional hardness and impact absorption. Ideal for high-performance, concealable vests and protective gear demanding safety and mobility.
|
Test Report
|
| Products Name |
RTP powder |
Item |
MF04 |
| Item Batch |
MF04 |
Particle Size |
60-150mesh |
| Apparent Density(g/cm³ ) |
0.82 |
Moisture Content(%) |
0.73 |
| Sintered Density(g/cm³ ) |
≥3.13 |
Burn-off Value(%) |
1.098 |
Jicheng Green Silicon Carbide Powder R5 Standards
Reaction-bonded SiC green powder: Combines high density, exceptional mechanical strength, thermal stability , and corrosion resistance. Optimized for cost-effective sintering of complex-shaped components in aerospace, energy, and chemical industries.
| JCpowderR5 |
Unit |
Data |
Test |
| D10 |
μm |
0.513 |
qualified |
| D50 |
μm |
3.96 |
qualified |
| D90 |
μm |
25.096 |
qualified |
| SiC |
% |
99.41 |
qualified |
| Fe2O3 |
% |
0.025 |
qualified |
| F.C |
% |
0.02 |
qualified |
| Σ.O |
% |
0.147 |
qualified |
Jicheng Green Silicon Carbide Powder R45 Standards
| JCpowderR45 |
Unit |
Data |
Test |
| D10 |
μm |
17.450 |
qualified |
| D50 |
μm |
47.959 |
qualified |
| D90 |
μm |
92.315 |
qualified |
| SiC |
% |
99.53 |
qualified |
| Fe2O3 |
% |
0.024 |
qualified |
| F.C |
% |
0.012 |
qualified |
| ∑.0 |
% |
0.029 |
qualified |
| Tap density |
g/cm³ |
2.1 |
qualified |
| Viscosity |
mPa.s |
/ |
|
| PH |
|
5.81 |
qualified |
Jicheng Green Silicon Carbide Powder S05 Standards
Pressureless SiC Green Powder: High-purity (>99%), thermally stable (1600°C+), corrosion-resistant. Enables low-cost, pressure-free sintering of complex parts for semiconductors, solar energy, and industrial furnaces,eco-friendly processing.
| JCpowderS05 |
Unit |
Data |
Test |
| D10 |
μm |
0.197 |
qualified |
| D50 |
μm |
0.702 |
qualified |
| D90 |
μm |
1.55 |
qualified |
| SiC |
% |
99.07 |
qualified |
| Fe2O3 |
% |
0.03 |
qualified |
| F.C |
% |
0.10 |
qualified |
| ∑.0 |
% |
0.570 |
qualified |
International Standards FEPA, JIS,ANSI & Customized are available
| Size |
D3(um) |
D50(um) |
D94 ( um) |
| F230 |
<82 |
53.0 ±3.0 |
>34 |
| F240 |
<70 |
44.5 ±2.0 |
>28 |
| F280 |
<59 |
36.5± 1.5 |
>22 |
| F320 |
<49 |
29.2 ± 1.5 |
>16.5 |
| F360 |
<40 |
22.8 ± 1.5 |
>12 |
| F400 |
<32 |
17.3 ± 1.0 |
>8 |
| F500 |
<25 |
12.8 ± 1.0 |
>5 |
| F600 |
< 19 |
9.3 ± 1.0 |
>3 |
| F800 |
< 14 |
6.5 ± 1.0 |
>2 |
| F1000 |
< 10 |
4.5 ±0.8 |
>1 |
| F1200 |
<7 |
3.0 ±0.5 |
>1(at 80%) |
| F1500 |
<5 |
2.0 ±0.4 |
>0.8(at 80%) |
| F2000 |
<3.5 |
1.2 ±0.3 |
>0.5(at 80%) |
JIS STANDARD Grain Size
| Size |
DO(um) |
D3(um) |
D50(um) |
D94(um) |
| #240 |
≤ 127 |
≤ 103 |
57.0 ±3.0 |
≥40 |
| #280 |
≤ 112 |
≤87 |
48.0 ±3.0 |
≥33 |
| #320 |
≤98 |
≤74 |
40.0 ±2.5 |
≥27 |
| #360 |
≤86 |
≤66 |
35.0 ±2.0 |
≥23 |
| #400 |
≤75 |
≤58 |
30.0 ±2.0 |
≥20 |
| #500 |
≤63 |
≤50 |
25.0 ±2.0 |
≥ 16 |
| #600 |
≤53 |
≤41 |
20.0 ± 1.5 |
≥ 13 |
| #700 |
≤45 |
≤37 |
17.0 ± 1.5 |
≥ 11 |
| #800 |
≤38 |
≤31 |
14.0 ± 1.0 |
≥9.0 |
| #1000 |
≤32 |
≤27 |
11.5 ± 1.0 |
≥7.0 |
| #1200 |
≤27 |
≤23 |
9.5 ±0.8 |
≥5.5 |
| #1500 |
≤23 |
≤20 |
8.0 ±0.6 |
≥4.5 |
| #2000 |
≤ 19 |
≤ 17 |
6.7 ±0.6 |
≥4.0 |
| #2500 |
≤ 16 |
≤ 14 |
5.5 ±0.5 |
≥3.0 |
| #3000 |
≤ 13 |
≤ 11 |
4.0 ±0.5 |
≥2.0 |
| #4000 |
≤ 11 |
≤8.0 |
3.0 ±0.4 |
≥ 1.8 |
| #6000 |
≤8.0 |
≤ 5.0 |
2.0 ±0.4 |
≥0.8 |
| #8000 |
≤6.0 |
≤3.5 |
1.2 ±0.3 |
≥0.6 |
Application
1)High-Performance Protective Coatings
Used for surface spraying (e.g., thermal spraying and plasma spraying) on metal/ceramic substrates, creating a wear-resistant, corrosion-resistant, and high-temperature-resistant protective layer, extending the life of equipment (e.g., oil pipelines, chemical reactors, and aircraft engine components).
2) Advanced Ballistic and Human Protection
Incorporated as a reinforcement into composite materials to create lightweight bulletproof armor (e.g., bulletproof plates and helmets), leveraging its ultra-high hardness and energy-absorbing properties to protect against bullets and fragments.
3) Refractory Reinforcement
Added to refractory bricks and castables (e.g., blast furnace linings in steel mills and cement kilns), it significantly improves thermal shock resistance, high-temperature strength, and resistance to molten metal corrosion.
4) Friction Material Modification
Used in brake pads and clutch plates, its high hardness and thermal stability improve friction coefficient, reduce high-temperature decay, and enhance safety.
5) Specialty Ceramic Sintering
Used as a sintering aid or aggregate to create high-density silicon carbide ceramics (e.g., sealing rings and nozzles) suitable for extreme operating conditions (strong acids/alkalis, and ultra-high temperatures).
Jicheng technology
Our Company
Zhejiang JICHENG Advanced Ceramics Co., Ltd.
Pioneering Advanced Ceramic Solutions since 2007
As a national high-tech enterprise and recipient of the Zhejiang Provincial "Specialized & Innovative" SME Award, JICHENG specializes in cutting-edge ceramic materials and system solutions for both traditional industries and global strategic emerging sectors.
Core Competencies
Material Expertise: Full-spectrum development of silicon carbide (SiC), boron carbide (B4C), and SiC-B4C composite ceramics, offering end-to-end solutions from raw powders to engineered products (mosaic tiles, monolithic armor plates, ballistic protection inserts).
Advanced Manufacturing: Operates three production bases across Zhejiang and Hunan provinces, spanning 150,000+ m², with precision processing capabilities from micron-scale powders to large ceramic components.
Innovation Ecosystem
Collaborates with leading research institutions, including the National University of Defense Technology and Central South University, driving breakthroughs in:
- composites (lightweight armor, hypersonic vehicle thermal protection)
- Energy applications (photovoltaic crystal growth crucibles, lithium battery sintering fixtures)
- Chemical engineering (corrosion-resistant reactors, abrasive flow components) IP Portfolio: 84 patents and 13 registered trademarks covering material formulations and industrial applications.
Global Impact
Serves clients across 30+ countries in Europe, Asia, and the Americas through:
Tailored Engineering: Rapid prototyping and problem-solving for extreme operational environments (high temperature/radiation/corrosion).
Cross-Industry Synergy: Adapts military-grade ceramic technologies to civilian sectors like new energy vehicles and semiconductor manufacturing.
Audited Supplier 
){kind=link}