Introduction of HT2G30HR
This high-performance PPA composite contains 30% glass fiber, specifically engineered for components requiring high hydrolysis resistance. Its reinforced nylon base material boasts excellent long-term thermal aging stability, retaining high mechanical property retention even after prolonged thermal exposure. Additionally, the material can withstand long-term hydrolysis and ethylene glycol exposure, with low performance degradation rate after aging and outstanding reliability.
Parameter | Value |
Polymer Base | PPA |
Glass Fiber Reinforcement | 30% |
Heat Aging Durability | Maintains properties under high temperatures |
Mechanical Strength | High tensile and flexural strength |
Chemical Resistance | Resistant to hydrolysis and ethylene glycol |
Typical Uses | Suitable for hydrolysis-resistant components such as automotive cooling lines |
Widely used in key automotive components such as pipelines and water chambers, the product delivers consistent performance under harsh hydrolysis-resistant conditions. As a trusted supplier of glass fiber-reinforced engineering plastics, we can provide customized formula solutions tailored to your specific application requirements.
Key Features of HT2G30HR
Excellent Thermal Aging Stability, Extending Component Service Life
Boasting outstanding long-term thermal aging resistance, the material ensures components maintain reliable performance and long-lasting durability even in harsh high-temperature environments, effectively prolonging the product service cycle.
Glass Fiber Reinforcement, Enhancing Mechanical Strength and Stiffness
Modified with glass fiber reinforcement, the material significantly improves load-bearing capacity, accurately meeting the manufacturing needs of components requiring high strength and stiffness with superior performance.
Strong Chemical Resistance, Tackling Harsh Working Conditions
Resistant to corrosion from chemical media such as automotive engine coolant, the material consistently maintains stable performance in complex and harsh automotive and industrial application scenarios, with impeccable durability.
Wide Adaptability in Automotive Components, Focusing on Core Part Requirements
Specifically designed for structural components with strict hydrolysis resistance requirements, such as automotive cooling pipe joints and water chambers, it offers strong adaptability and serves as an optimal material solution for key automotive components.
