| Ceramic Eyelet (Base) | Textile machinery, high-temperature environments | Hardness: 8.5 Mohs (ASTM C1322) Thermal resistance: 800°C (ASTM C693) | ✔️ Withstands extreme heat (e.g., high-speed knitting) ✔️ Low wear (reduces downtime by 40% vs steel)
| ❌ Brittle (risk of cracking under sharp impacts) ❗ Requires careful handling |
| Steel Eyelet (Std) | Heavy-duty machinery, corrosive-free zones | Tensile strength: 580 MPa (ASTM A36) Corrosion resistance: Galvanized (ASTM A153) | ✔️ Cost-effective ✔️ High structural integrity for heavy loads | ❌ Limited thermal resistance (max 400°C) ❗ Prone to rust in humid conditions |
| Plastic Eyelet | Low-stress, cost-sensitive applications | Flexural modulus: 2000 MPa (ASTM D790) Chemical resistance: ASTM D543 compliant | ✔️ Lightweight (reduces machine wear) ✔️ Corrosion-resistant | ❌ Low thermal tolerance (max 100°C) ❗ Wears faster under friction |
| Advanced Ceramic (Our) | High-performance textile machinery | Hardness: 9.0 Mohs▲ (ASTM C1322) Thermal shock resistance: ▲ ASTM C693 | ✔️ 30% longer lifespan than Base model ✔️ Withstands 1000°C▲ (ideal for extreme processes) | ❌ Higher cost ❗ Requires specialized installation tools |
| Coated Steel Eyelet | Corrosive environments (e.g., chemical plants) | Zinc coating: 20 μm▲ (ASTM B201) Corrosion resistance: 1000+ hours (ASTM B117) | ✔️ Combines strength with corrosion protection ✔️ Durable in harsh conditions | ❌ Heavier than plastic ❗ Coating may degrade over time |
| Composite Eyelet | Customized machinery needs | Tensile strength: 650 MPa (ASTM D638) Flexural modulus: Customizable (ASTM D790) | ✔️ Tailored for niche applications (e.g., uneven pressure zones) ✔️ Balances strength and flexibility | ❌ Complex manufacturing (longer lead times) ❗ Performance varies by batch |