PA66 CF30 尼龍 66 搭配 30% 碳纖維 | 尼龍塑膠

PA66 CF30 is an engineering thermoplastic composite based on nylon 66 (PA66) reinforced with 30% carbon fibers. As the performance benchmark of the series, it is designed for critical structural components that must withstand high continuous stress, elevated temperatures, and dynamic loads with unwavering reliability.

Why Choose Nylon Plastic’s PA66 CF30?
✅ Unmatched Structural Integrity: We supply the definitive grade for mission-critical structures, providing an unmatched combination of tensile strength, flexural modulus, and creep resistance.
✅ Precision Engineered for Extreme Conditions: Our PA66 CF30 is formulated to maintain its superior properties at high temperatures, ensuring your designs perform reliably at the edge of their operational limits.
✅ Technical Partnership for Critical Applications: We offer deep material science expertise to support the design and processing of PA66 CF30, ensuring optimal performance in your most challenging applications.
✅ Driving Innovation in Core Sectors: We enable you to push the boundaries in automotive, aerospace, and industrial automation by providing a material that meets the highest standards of performance and durability.

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PA66 CF30 Technical Data (Estimated Typical Values)

財產 價值 測試標準
碳纖維含量 30% ISO 1172
拉伸強度 240 - 270 MPa ISO 527
彎曲模量 21,000 - 24,000 MPa ISO 178
缺口衝擊強度 10 - 13 kJ/m² ISO 180
HDT @1.8 MPa 260 - 270 °C ISO 75
體積電阻率 10^1 - 10^3 Ω-cm IEC 60093

 

PA66 CF 系列技術資料表(估算典型值)

財產 測試標準 PA66 CF10 PA66 CF20 PA66 CF30 PA66 CF40 PA66 CF50
碳纖維含量 ISO 1172 10% 20% 30% 40% 50%
拉伸強度 ISO 527 160 - 180 MPa 200 - 230 MPa 240 - 270 MPa 260 - 290 MPa 280 - 320 MPa
彎曲模量 ISO 178 11,000 - 13,000 MPa 16,000 - 19,000 MPa 21,000 - 24,000 MPa 25,000 - 28,000 MPa 29,000 - 33,000 MPa
缺口衝擊強度 ISO 180 8 - 11 kJ/m² 9 - 12 kJ/m² 10 - 13 kJ/m² 11 - 14 kJ/m² 12 - 15 kJ/m²
HDT @1.8 MPa ISO 75 250 - 260 °C 255 - 265 °C 260 - 270 °C 265 - 275 °C 270 - 280 °C
體積電阻率 IEC 60093 10^3 - 10^5 Ω-cm 10^2 - 10^4 Ω-cm 10^1 - 10^3 Ω-cm 10^0 - 10^2 Ω-cm 10^-1 - 10^1 Ω-cm

PA66 CF30 Key Advantages

✅ 結構性能基準: Represents the industry standard for high-load applications, delivering near-metallic stiffness, exceptional strength, and outstanding fatigue resistance.
✅ Maximum Thermal & Dimensional Stability: Provides the highest heat deflection temperature and lowest thermal expansion in the mid-range series, ensuring precision in volatile environments.
✅ Advanced Conductivity for Demanding Uses: Offers tailored electrical properties suitable for grounding components and applications requiring consistent static dissipation and thermal management.

產業應用:

注塑成型在汽車工業中的重要作用

詳細探索 PA66 碳纖維系列

按一下下列連結,即可檢視各特定等級的全面技術資料、主要優勢及應用細節。.

等級 最適合 概述 詳細資訊
PA66 CF10 在預算有限的情況下,需要高硬度和靜電防護的耐高溫零件。. 最容易取得的高溫 CF 等級,提供比標準 PA66 更強的耐熱性、剛性和 ESD 保護。. 檢視 PA66 CF10 完整規格表 → 筆記型電腦
PA66 CF20 在熱量、強度和重量都很重要的情況下,需要更換金屬。. 適用於高溫環境的均衡表現,在強度重量比和功能導電性方面表現優異。. 檢視 PA66 CF20 完整規格表 → 筆記型電腦
PA66 CF30 承受高熱和機械應力的結構組件。. 高溫結構完整性的基準,提供近乎金屬的剛性和出色的抗疲勞性。. 檢視 PA66 CF30 完整規格表 → 筆記型電腦
PA66 CF40 對撓度要求極高的超硬、高熱應用。. 在極端熱和機械負載下,可達到最大剛性和尺寸穩定性。. 檢視 PA66 CF40 完整規格表 → 筆記型電腦
PA66 CF50 關鍵任務應用在熱和機械性能的極限。. 頂尖等級,在最嚴峻的高溫環境中提供最高的比強度和剛度。. 檢視 PA66 CF50 完整規格表 → 筆記型電腦

推動跨產業創新

產業 主要應用
汽車 引擎蓋、進氣歧管、結構支架、感測器外殼、連接器。.
探索汽車應用 →
電子電機 斷路器、開關、連接器外殼、絕緣元件。.
發現 E&E 解決方案 →
工業設備 齒輪、軸承、機器外殼、滾筒、機械組件。.
請參閱工業用途 →
PA 塑膠的各種應用情境
PA 塑膠的各種應用情境

如何選擇合適的 PA66 CF 等級?

簡單來說

  • 以符合成本效益的方式升級為耐高溫的碳纖維複合材料 剛性、耐熱性和 ESD 都有顯著改善,請考慮 PA66 CF10.

  • 達到高強度、熱變形溫度和輕量化設計的最佳平衡 在高要求的金屬替換應用中,選擇 PA66 CF30. .它是大多數高溫結構用途的性能基準。.

  • 達到極致的高溫剛性、強度和尺寸穩定性 如果在極端條件下性能非常重要,請考慮 PA66 CF50.

為什麼選擇我們?

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常見問題部分:

Q1: When should I choose PA66 CF30 over CF20?
Choose PA66 CF30 when your application demands benchmark structural performance. It offers significantly higher stiffness, strength, and thermal stability than CF20, making it the preferred grade for high-stress components, critical structural brackets, and parts under continuous dynamic load.

Q2: Can PA66 CF30 be used in under-the-hood automotive applications?
Absolutely. Its high Heat Deflection Temperature (260-270°C) and excellent creep resistance make PA66 CF30 suitable for under-the-hood components like sensor housings, connectors, and structural parts that must endure long-term heat and vibration.

Q3: Does the higher carbon fiber content in CF30 affect processing?
Yes. While offering superior properties, PA66 CF30 has lower melt viscosity and is more abrasive.

  • Tooling: Hardened steel tooling is strongly recommended.

  • 射出速度: Use moderate to high injection speeds to ensure good fiber orientation and surface finish.

  • 乾燥: Thorough drying (4-6 hours at 80-90°C) remains critical.

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