ПРОДУКТЫ


VESTAKEEP® 2000G | Flame-Retardant Medium-Viscosity PEEK
Структура продукта
Why Choose VESTAKEEP® 2000G
Among engineering plastics, PEEK is renowned for its heat resistance and chemical stability, but the processability varies significantly among different grades.
VESTAKEEP® 2000G precisely controls the molecular weight distribution, enabling the material to maintain mechanical toughness and flame retardancy while also having ideal flow performance and demolding performance.
For manufacturers who pursue dimensional accuracy, cleanliness and flame retardant safety, it is a highly balanced material choice.
01 | Core Characteristics of Materials
Неармированная система: Maintains the cleanliness of pure resin, with no glass fiber precipitation or mold wear issues;
Medium viscosity formula: Balancing fluidity and mechanical strength, suitable for injection molding of medium and thin-walled parts;
Flame retardant safety: UL94 V-0 is achieved at a thickness of 0.8-1.6mm.
Clean and free of precipitates: Meets the requirements of semiconductor and medical contact components;
Stable shrinkage control: Approximately 0.7% flow direction, with high dimensional repeatability accuracy.
02 | Processing Technology Performance
Wide Processing Temperature Window: Melting temperature is approximately 340°C, and the resin remains stable at 370°C.
Smooth demolding: The non-reinforced system avoids the problem of mold adhesion caused by fiber breakage.
Flow balance: Suitable for multi-cavity molds and fine flow channel designs;
Mold temperature control suggestion: A mold temperature range of 170-200°C can achieve a denser crystalline structure.
Reprocessing friendly: The proportion of recycled material mixing can be controlled within 20% without significantly affecting performance.
03 | Applicable Fields and Formed Value
Semiconductor components: Heat-resistant and non-precipitating, suitable for high-cleanliness parts such as vacuum chambers and wafer fixtures;
Medical device structural components: Compatible with multiple sterilization methods (EO, steam, gamma rays);
Precision motion mechanism: Friction-stable, low-noise operation, suitable for gears, sliders, and bearings;
General mechanical parts: Maintain dimensions and strength for a long time in harsh environments.
04 | VESTAKEEP® 2000G Data Sheet
Механическое поведение | Состояние | Стандартный | Ценить | Единица | |||
Удлинение | Производительность 50мм/мин | ИСО 527 | 5 | % | |||
Удлинение | Разрыв 50мм/мин | ИСО 527 | 30 | % | |||
Предел прочности | Производительность 50мм/мин | ИСО 527 | 100 | МПа | |||
Модуль упругости | ИСО 527 | 3700 | МПа | ||||
Коэффициент трения | 0.1MPa 23°C | ВНУТРЕННИЙ МЕТОД | 0.4 | ||||
Коэффициент трения | 2MPa 23°C | ВНУТРЕННИЙ МЕТОД | 0.35 | ||||
Specific Wear Rate | 0.1MPa 23°C | ВНУТРЕННИЙ МЕТОД | 0.000091 | mm³/N.m | |||
Specific Wear Rate | 2MPa 23°C | ВНУТРЕННИЙ МЕТОД | 0.0001668 | mm³/N.m | |||
Ударная вязкость по Шарпи без надреза | 23°С | ИСО 179 | Примечание: | кДж/м² | |||
Ударная вязкость по Шарпи без надреза | -30°С | ИСО 179 | Примечание: | кДж/м² | |||
Удар по Шарпи | 23°C Complete Destruction 1eA | ИСО 179 | 6 | кДж/м² | |||
Удар по Шарпи | -30°C Complete Destruction 1eA | ИСО 179 | 6 | кДж/м² | |||
Термальный | Состояние | Стандартный | Ценить | Единица | |||
HDT | 0,45 МПа | ИСО 75 | 205 | °С | |||
HDT | 1,8 МПа | ИСО 75 | 155 | °С | |||
Температура плавления | DSC Secondary Temperature Rise | ВНУТРЕННИЙ МЕТОД | 340 | °С | |||
КЛЕ | xFlow 23~55°C | ИСО 11359 | 6E-5 | см/см/°С | |||
Температура размягчения по Вика | 10N | ИСО 306 | 335 | °С | |||
Температура размягчения по Вика | 50N | ИСО 306 | 310 | °С | |||
Физическая собственность | Состояние | Стандартный | Ценить | Единица | |||
Поглощение воды | 23°С | ИСО 62 | 0.5 | % | |||
Усадка | Поток | ИСО 294 | 0.7 | % | |||
Усадка | xFlow | ИСО 294 | 1.2 | % | |||
Плотность | 23°С | ИСО 1183 | 1.3 | г/см³ | |||
Индекс плавления | 380°C 5kg | ИСО 1133 | 70 | см³/10мин | |||
Электрические свойства | Состояние | Стандартный | Ценить | Единица | |||
КТИ | МЭК 60112 | 200 | В | ||||
КТИ | 100Drops SolutionA | МЭК 60112 | 175 | В | |||
Диэлектрическая постоянная | 1КГц | МЭК 60250 | 2.9 | ||||
Диэлектрическая постоянная | 1МГц | МЭК 60250 | 2.8 | ||||
Диэлектрическая постоянная | 50 Гц | МЭК 60250 | 2.8 | ||||
Объемное сопротивление | МЭК 60093 | 1E15 | Ом.см | ||||
Диэлектрическая прочность | K20/K20 | МЭК 60243 | 21 | КВ/мм | |||
Диэлектрическая прочность | K20/P50 | МЭК 60243 | 25 | КВ/мм | |||
Коэффициент рассеивания | 1КГц | МЭК 60250 | 0.003 | ||||
Коэффициент рассеивания | 1МГц | МЭК 60250 | 0.005 | ||||
Поверхностное сопротивление | МЭК 60093 | 1E14 | Ом | ||||
Воспламеняемость | Состояние | Стандартный | Ценить | Единица | |||
Предельный кислородный индекс | 3.20mm | ИСО 4589 | 38 | % | |||
GWFI | МЭК 60695 | 960 | °С | ||||
GWFI | 2мм | МЭК 60695 | 875 | °С | |||
Рейтинг пламени | 0,8мм | UL94 | В-0 | ||||
Рейтинг пламени | 1,6 мм | UL94 | В-0 |
05 | Forming Precautions and Process Optimization Suggestions
Drying management: It is recommended to dry the material at 150°C for 3 hours before processing to avoid air bubbles and silver streaks.
Injection molding parameters: The screw speed should be moderate, and the back pressure should not be too high to prevent degradation.
Mold material selection: It is recommended to use polished surfaces or chrome-plated mold cavities to prevent resin adhesion.
Demolding Angle: It is advisable to be greater than 0.5° to enhance the surface quality of the workpiece and the stability of molding.
Holding pressure strategy: Controlling the crystallization rate during the holding pressure stage can reduce warpage and shrinkage differences.
06 | Supply and Technical Support Advantages of Juyuan
Original factory channel guarantee: Long-term cooperation with Evonik to ensure material traceability.
Process support services: Provide suggestions for mold debugging and injection molding parameter optimization.
International logistics system: Multi-country export experience, quick response to customer demands.
Complete technical documentation: Provide physical property tables, MSDS, RoHS and FDA certification documents.
07 | Recommendations for Similar Materials
Модель продукта | Description | Удельный вес | Melt Flow Index | Предел прочности | Удлинение | Усадка | Температура плавления | Модуль упругости | Температура теплового прогиба. | Vicat Softening Temp. | Модуль упругости при изгибе | Coefficient of Linear Expansion | Прочность на изгиб | Summary |
3300G | Material Features: Non-reinforced Applications: Industrial use • Electrical wires & cables | 1.30 g/cm³ | 20 cm³/10min | 98 MPa | 5% | 0.70% | 340 °C | 3600 MPa | 205 °C | 335 °C | — | 6E-5 cm/cm/°C | — | Viscosity: MediumFlame Rating: V-1 • V-0 Notched Impact: 6 kJ/m² |
ZV7402 | — | 1.30 g/cm³ | 65 cm³/10min | 80 MPa | 7% | — | — | 3500 MPa | — | — | 3500 MPa | — | 150 MPa | Notched Impact: 5 kJ/m² |
L4000G | Material Features: Non-reinforced Applications: Gears • Mechanical parts • Medical applications • Films • Sheets | 1.30 g/cm³ | 11 cm³/10min | 96 MPa | 5% | 1.10% | 340 °C | 3500 MPa | 205 °C | 335 °C | — | 6E-5 cm/cm/°C | — | Viscosity: HighFlame Rating: V-1 • V-0 Notched Impact: 7 kJ/m² |
ZV7401 Natural | — | 1.30 g/cm³ | 83 cm³/10min | 75 MPa | 6% | — | — | 3800 MPa | — | — | 3500 MPa | — | 150 MPa | Notched Impact: 5 kJ/m² |
ZV7403 | — | 1.30 g/cm³ | 18 cm³/10min | 80 MPa | 7% | — | — | 3600 MPa | — | — | 3300 MPa | — | 140 MPa | Notched Impact: 7 kJ/m² |
08 | Conclusion: PEEK selection that emphasizes both stable processing and high cleanliness
VESTAKEEP® 2000G does not win by its extreme performance, but has established a reliable reputation in the medical and semiconductor fields with its three characteristics of "stable molding, flame retardant safety, and clean controllability".
For manufacturers seeking high-precision injection molding materials, it is not merely a raw material but also a long-term and stable process solution.
Juyuan will continue to provide customers with the most competitive PEEK supply and application guidance through global channels and professional support.
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