Introduction of the material
Our high-performance Nylon 66 composite, reinforced with 25% glass fiber, is specially engineered for components demanding strong voltage resistance. It stands out with excellent flame retardancy, low extractables, and recycled polymer content—letting you adopt eco-conscious production practices without sacrificing critical performance.
Parameter | Value |
Polymer Base | Nylon 66 |
Glass Fiber Reinforcement | 30% |
Recycled Polymer Content | 30% to 70% |
| Flame retardant | 0.8mm V0 |
Mechanical Strength | High tensile and flexural strength |
| CTI | 600V |
Typical Uses | High-voltage connectors, charging guns, PTC heaters |
Environmental Benefit | Automotive components, electrical components, machinery |
This enhanced nylon material easily endures higher voltage levels, making it a go-to choice for automotive high-voltage connectors, EV charging guns, and PTC heaters. Even in harsh, voltage-intensive scenarios, it consistently delivers stable, reliable performance to keep your parts running smoothly.
As a trusted supplier of glass fiber-reinforced engineering plastics, we don't just offer standard options. We’ll craft customized formulations tailored to your exact voltage, flame retardancy, or sustainability needs—ensuring the material fits your project perfectly.
Material Advantages
Our PA66 composite incorporates recycled materials, enabling you to meet strict environmental regulations and sustainability goals—all while maintaining uncompromised product quality. It’s a seamless way to align your production with eco-conscious standards without sacrificing reliability.
Boasting outstanding flame retardant properties, this composite stays reliable and durable even in harsh, high-risk environments. It provides critical safety assurance for components where fire resistance is non-negotiable.
Reinforced with glass fiber, the material delivers superior load-bearing capacity—making it the perfect match for parts that require robust strength and rigidity to withstand heavy use.
It endures high voltage levels with ease, ensuring long-lasting performance in both automotive and industrial applications. You can trust it to maintain stability even in electrically demanding scenarios.
Ideal for key automotive parts including high-voltage connectors, EV charging guns, and PTC heater components, this composite is engineered to meet the auto industry’s rigorous performance and safety requirements.
