PET GF10 與 10% 玻璃纖維強化 - 尼龍塑膠

PET GF10 is an engineering thermoplastic based on Polyethylene Terephthalate (PET) reinforced with 10% glass fibers. This entry-level reinforced grade delivers a fundamental upgrade in mechanical and thermal performance, making it an ideal and economical choice for transitioning from standard materials to high-performance polyesters in structural and electrical applications.

Why Choose Our PET GF10?
✅ Cost-Effective Gateway to High Performance: We deliver a material that provides a clear and affordable step up into the world of reinforced polyesters, offering a substantial boost in key properties without a steep cost premium.
✅ Stability and Consistency You Can Rely On: Our PET GF10 ensures your parts benefit from the excellent dimensional stability of PET, reducing warpage and improving fit and function in assemblies.
✅ Expert Guidance for Successful Implementation: We provide crucial processing support, especially on critical drying requirements, to help you achieve optimal results and avoid pitfalls common with PET.
✅ 可信賴的元件增強合作夥伴: We collaborate with you to implement PET GF10 where increased durability, heat resistance, and reliability are needed in consumer, industrial, and electrical components.

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PET GF10 Technical Data (Estimated Typical Values)

財產 價值 測試標準
玻璃纖維含量 10% ISO 1172
拉伸強度 100 - 120 MPa ISO 527
彎曲模量 7,000 - 8,500 MPa ISO 178
缺口衝擊強度 6 - 8 kJ/m² ISO 180
HDT @1.8 MPa 205 - 215 °C ISO 75
比較追蹤指數 (CTI) 600 V IEC 60112

PET GF 系列性能對照表(估計典型值)

財產 PET GF10 PET GF20 PET GF30 PET GF40 PET GF50
玻璃纖維含量 10% 20% 30% 40% 50%
拉伸強度 100 - 120 MPa 125 - 145 MPa 145 - 165 MPa 160 - 180 MPa 175 - 195 MPa
彎曲模量 7,000 - 8,500 MPa 8,500 - 10,000 MPa 10,000 - 12,000 MPa 12,000 - 14,000 MPa 14,000 - 17,000 MPa
缺口衝擊強度 6 - 8 kJ/m² 7 - 9 kJ/m² 8 - 11 kJ/m² 7 - 10 kJ/m² 6 - 9 kJ/m²
HDT @1.8 MPa 205 - 215 °C 215 - 225 °C 225 - 235 °C 230 - 240 °C 235 - 245 °C
CTI(比較追蹤指數) 600 V 575 V 550 V 525 V 500 V
主要簡介 符合成本效益的高強度升級 具有極佳表面的精密零件 最佳的全方位結構性能 高剛性與抗蠕變 金屬替換件的最大剛性

PET GF10 Key Advantages

✅ Substantial Performance Leap: Offers a significant and cost-effective increase in tensile strength, stiffness, and heat resistance compared to unreinforced PET, providing a solid foundation for engineering parts.
✅ Maintained Processability & Stability: Retains good flow characteristics for easier molding while introducing excellent dimensional stability with very low shrinkage and moisture absorption.
✅ Reliable Base for Electrical Safety: Preserves the high dielectric strength and Comparative Tracking Index (CTI) of PET, ensuring good electrical insulation for safe components.

產業應用:

注塑成型在汽車工業中的重要作用

詳細探索 PET 玻璃纖維系列

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
PET GF10 高強度、尺寸穩定零件的成本效益升級。. 最容易取得的 GF 等級,與未填充的 PET 相比,在強度、剛性和耐熱性方面都有顯著的提升。. 檢視 PET GF10 完整規格表 → 產品規格表
PET GF20 需要極佳表面光潔度及高機械特性的精密零件。. 性能均衡,具有優異的尺寸穩定性、良好的加工性及高表面品質,適用於工程零件。. 檢視 PET GF20 完整規格表 → 產品規格表
PET GF30 承受重大熱應力和機械應力的高性能結構零件。. 業界基準等級,提供極高強度、剛性、耐熱性和穩定性的最佳平衡。. 檢視 PET GF30 完整規格表 → 產品規格表
PET GF40 超高剛性、高負荷應用,蠕變和撓度最小是關鍵。. 在高溫連續負載下,可達到最大剛性和長期尺寸穩定性。. 檢視 PET GF40 完整規格表 → 產品規格表
PET GF50 最高的機械性能,適用於要求嚴苛的金屬替換應用。. 頂尖等級,提供該系列中最高的剛度、強度和耐熱性,適用於最具挑戰性的應用。. 檢視 PET GF50 完整規格表 → 產品規格表

推動跨產業創新

產業 主要應用
汽車 引擎蓋下的高溫零件(感測器外殼、連接器、線圈骨架)、結構支架、燈座和反射器、雨刷系統零件。. 探索汽車應用 →
電子電機 微型化和高引腳數的連接器、斷路器、開關外殼、馬達元件 (換向器、端蓋)、變壓器骨架。. 發現 E&E 解決方案 →
工業設備 高負荷齒輪、軸承、幫浦外殼和葉輪、輸送系統零件、需要剛性和抗蠕變能力的機器人結構零件。. 請參閱工業用途 →
消費品與家電 電動工具外殼和齒輪、廚房用具零件(手動攪拌器外殼、攪拌器底座)、高強度消費性電子產品外殼。. 探索消費者應用 →
包裝與技術零件 可重複使用的工業容器(手提箱、托盤)、薄壁但堅硬的技術包裝、需要固有氣體阻隔特性的元件。. 詢問特殊用途 → 詢問特殊用途 → 詢問特殊用途 → 詢問特殊用途 → 詢問特殊用途

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 PET GF 等級?

簡單來說
針對符合成本效益的效能升級 具有顯著增強的強度、剛性和耐熱性的結構零件,請考慮 PET GF10.
達到高機械性能、優良表面光潔度和尺寸精度的最佳平衡 在高要求的技術元件中,選擇 PET GF30. .它是大多數結構應用的性能基準。.
達到極致剛性、強度和長期尺寸穩定性 在極端負載和高溫下,請考慮 PET GF50.
不確定哪一款最適合您的部位? 向我們的工程師描述您的應用,以獲得量身定制的建議: https://nylonplastic.com/contact/

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PET GF10 FAQ
Q1: What are the main benefits of PET GF10 over unreinforced PET?
The primary benefits are enhanced mechanical properties and thermal resistance. PET GF10 provides significantly higher tensile strength, flexural modulus (stiffness), and Heat Deflection Temperature (HDT), making it suitable for load-bearing and higher-temperature applications where unreinforced PET would fail.

Q2: Is PET GF10 suitable for food contact or packaging applications?
While standard PET is widely used in packaging, glass-reinforced grades like GF10 are typically not used for direct food contact or thin-walled packaging due to the presence of fibers and different additive packages. They are primarily engineered for structural, electrical, and industrial applications.

Q3: How critical is drying for PET GF10, and how should it be done?
Drying is absolutely essential and cannot be overlooked. PET is highly prone to hydrolysis. Material must be dried in a dehumidifying dryer at 120-140°C for 4-6 hours to achieve a moisture content below 0.02% before processing. Improper drying leads to severe molecular degradation, causing brittleness and loss of mechanical properties.

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