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Wear Resistant, High Toughnes, High lmpact Resistant, Heat Resistant
20% Glass Beads Filled
(Custom materials available according to your Technical Data Sheet)
Customizable Materials Available:
Technical Data Sheet of PP 20% Glass Beads Filled Material PP TPH1120GFH
拓扑新材料 名称: PP TOPONEW 牌号: TPH1120GFH |
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产品简介 Product Description | 主要应用 Applications | |||
·High Impact Resistant | ·Wear Resistant | |||
·Heat Resistant | ·High Toughness | |||
性能 Properties |
测试标准 Test Method |
测试条件 Test Condition |
单位 Unit |
典型值 Typical Values |
物理性能 Physical properties | ||||
Density | ASTM D792 | / | g/cm3 | 1.1 |
Molding Shrinkage - 3T MD/TD | ASTM D955 | / | % | 0.6-0.9 |
Melt Folw Index (240C, 216kg) | ASTM D1238 | / | g/10min | 16 |
机械性能 Mechanical properties | ||||
Tensile Strength (Yield, 23℃) | ASTM D638 | / | MPa | 62 |
Nominal Strain (Break,23℃) | ASTM D638 | / | % | 11 |
Flexural Modulus (23℃) | ASTM D790 | / | Mpa | 5000 |
Flexural Strength (23℃) | ASTM D790 | / | MPa | 96 |
Charpy Notched Impact Strength | ISO 179-1eA | / | kJ/㎡ | 27 |
热性能 Thermal properties | ||||
熔点 Melting point |
ASTM D1525 | / | ℃ | 235 |
热变形温度 Heat deflection temperature |
ASTM D648 | 1.80MPa | ℃ | 86 |
热变形温度 Heat deflection temperature |
ASTM D648 | 0.45MPa | ℃ | 105 |
电性能 Electrical properties | ||||
体积电阻率Volume resistivity | ASTM D257 | / | Ω·m | 1.0E+15 |
电气强度Dielectric strength | ASTM D149 | / | kv/mm | 17 |
其它性能 Other properties | ||||
阻燃性 Flammability | UL94 | 0.8mm | HB | |
说明:以上数据是典型值,不是保证值。根据模具设计,例如浇口类型,浇口分布,浇口数量的不同,注塑工艺和制件厚度的不同,测试结 果会有波动。不同的颜色,测试结果也会有波动。 Note: The data above is typical value for reference, not guarantee value. The data will vary with tool design such as gate type , gate location, gate number,injection molding process and part thickness. The data will vary with different color as well. |
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Introducing our innovative product, PP (Polypropylene) filled with 20% glass microspheres. This remarkable material boasts a myriad of advantageous properties, making it a superior choice in various applications.
High Impact Resistance, Wear Resistance, Heat Resistance, and High Toughness are just a few of the remarkable characteristics of this composite material. Unlike traditional additives such as carbon black and glass fibers, glass microspheres offer unique benefits to automotive manufacturing.
Due to their spherical shape, glass microspheres provide transparency, exceptional compressive strength, and high thermal stability. Furthermore, they enhance mechanical stress under load, thereby improving overall performance.
With these exceptional qualities, PP engineered plastics reinforced with glass microspheres stand out as the optimal choice for optimizing costs and quality in automotive manufacturing. Choose innovation, choose durability, choose PP filled with 20% glass microspheres for your next project.
What is 30% glass filled polypropylene?
30% glass-filled polypropylene, often denoted as PP GF30, is a type of composite material where polypropylene (PP) is reinforced with 30% by weight of glass fibers. The addition of glass fibers enhances the mechanical properties of polypropylene, such as stiffness, strength, impact resistance, and dimensional stability.
PP GF30 exhibits improved strength and heat resistance compared to standard polypropylene. It is commonly used in applications where higher mechanical performance is required, such as in automotive parts, electrical components, industrial equipment, and consumer goods.
"PP glass" could imply a type of composite material where Polypropylene is enhanced with the addition of glass fibers to improve its mechanical properties.
What is the temperature range for glass filled polypropylene?
Glass-filled polypropylene, such as PP GF30 (30% glass fiber reinforced polypropylene), typically has an improved temperature resistance compared to unfilled polypropylene. The specific temperature range for glass-filled polypropylene can vary depending on the exact composition, processing method, and grade of the material.
In general, glass-filled polypropylene can withstand temperatures ranging from around -30°C to 120-150°C (-22°F to 248-302°F) depending on the specific formulation and the duration of exposure. Prolonged exposure to temperatures at the higher end of this range can lead to some degradation in mechanical properties.
For accurate and detailed information on the temperature range of a particular glass-filled polypropylene material, it is best to refer to the manufacturer's technical datasheet or consult with the supplier.