Para Aramid Fabric Performance
- Stable temperature resistance.
- High tensile strength.
- Strong cut and tear resistance.
- Low thermal expansion.
- Chemical resistance.
- Does not melt or drip at high temperatures.
- Outstanding strength-to-weight ratio.
- Good electrical insulation.
Your Leading Para-Aramid Fabric Manufacturer in China
You need a material that performs reliably in high-temperature environments while resisting tears, cuts, and chemical damage. YAOCHEN’s 100% para-aramid fabric is engineered to meet these requirements.
It’s not as brittle as fiberglass, nor as heavy as metal. It operates stably at 350°C and won’t melt even after short-term exposure to 600°C. Whether it’s bulletproof vests, heat-resistant clothing, tire reinforcement layers, or lightweight aerospace components—using it means trading strength for weight, not safety for cost.
We offer a variety of weights from 64–640g/m², widths from 1000–1500 mm, and support aluminum, silicone, and flame-retardant coatings.
Various Types of Para Aramid Fabric
Selecting a fabric goes beyond a simple choice—it’s about addressing specific performance requirements. Whether you need heat resistance, lightweight properties, durability, or protection, each material provides distinct performance advantages. Start by defining your application needs, then identify the best-fit material.
Excellent dimensional stability
Suitable for protective gear, industrial covers, and reinforcement applications.
Strong wear and abrasion resistance
You can easily convert it into helmets, protective clothing, and curved composite parts.
Maximum tensile strength in load direction
Perfect for bulletproof vests and armor systems.
Stability in High-Temperature Environments
If the application is to be used in environments with prolonged high temperatures or significant temperature fluctuations, material stability is crucial. Para-aramid fabric maintains structural integrity even at approximately 350°C and is not easily damaged by short-term thermal shock. In many cases, stability can be achieved without resorting to thickening or replacing materials with heavier ones.
Balancing Weight Reduction and Strength
Many designs struggle with the dilemma of “wanting to reduce weight without sacrificing strength.” Para-aramid fabric’s advantage lies in its high strength, allowing for reduced material usage while maintaining structural performance. This approach is commonly seen in automotive, aerospace, and composite material structures.
Impact and Abrasion Resistance
In environments with friction or repeated impacts, its resistance to cutting, tearing, and abrasion is even more pronounced. It is typically used in outer protective or reinforcing layers, reducing replacement frequency due to material wear and tear, and lowering maintenance requirements.
More About Para-Aramid Fabric
- Technical Data Sheet
| Style | Weave | Mass per unit area (Weight g/m²) | Fiber Type Warp | Fiber Type Weft | Fiber Count Warp (10mm) | Fiber Count Weft (10mm) | Thickness (mm) | Width (cm) |
|---|---|---|---|---|---|---|---|---|
| YC-200D-P65 | Plain | 65 | 200D | 200D | 15 | 15 | 0.1 | 50-170 |
| YC-400D-P100 | Plain | 100 | 400D | 400D | 11 | 11 | 0.15 | 50-170 |
| YC-1000D-P155 | Plain | 155 | 1000D | 1000D | 7 | 7 | 0.35 | 50-170 |
| YC-1000D-P180 | Plain | 180 | 1000D | 1000D | 8 | 8 | 0.35 | 50-170 |
| YC-1000D-P200 | Plain | 200 | 1000D | 1000D | 9 | 9 | 0.35 | 50-170 |
| YC-1000D-P220 | Plain | 220 | 1000D | 1000D | 10 | 10 | 0.35 | 50-170 |
| YC-1500D-P260 | Plain | 260 | 1500D | 1500D | 8 | 8 | 0.45 | 50-170 |
| YC-1500D-P300 | Plain | 300 | 1500D | 1500D | 9 | 9 | 0.45 | 50-170 |
| YC-3000D-P300 | Plain | 300 | 3000D | 3000D | 4.5 | 4.5 | 0.8 | 50-170 |
| YC-3000D-P410 | Plain | 410 | 3000D | 3000D | 6 | 6 | 0.8 | 50-170 |
They have different characteristics under high temperature and stress. Ordinary fibers easily soften and weaken when exposed to increased temperature or impact; while para-aramid fabrics maintain their original shape and strength under these conditions and are not easily damaged. Therefore, it is frequently used in protective equipment and some industrial uses.
In some situations, yes—especially where reinforcement is needed and weight matters. It won’t replace metal across the board, but it can be a practical option when you need lower weight while still keeping decent strength.
Under normal conditions, it holds up well over time. It generally wears out more slowly than many common fibers, so it tends to stay reliable in long-term use.
Yes. It is commonly used in protective clothing, gloves, and layered textile structures. It feels soft and allows easy movement. It also provides strong protection. It works well for safety equipment worn on the body.
