Arnite® PBT TV4 260 S 缺口冲击: 8 kJ/m²

 Arnite® PBT TV4 260 S  缺口冲击: 8 kJ/m²   

Arnite® PBT TV4 260 S is an excellent choice for any applicationthat requires high impact resistance. With a notch impact strengthof 8 kJ/m², this material is designed to withstand the toughestconditions.

One of the key properties of Arnite® PBT TV4 260 S is its meltflow rate, which is measured at 15 g/10 min according to the Dowmethod. This indicates the material's ability to flow during theinjection molding process, ensuring smooth and efficientproduction.

Furthermore, this material belongs to the TV4 2:92 series, whichmeans it has a 92% fiber to polymer ratio. The high fiber contentprovides enhanced mechanical properties, such as increasedstiffness and strength, making it suitable for demandingapplications.

Arnite® PBT TV4 260 S is manufactured in Germany, ensuringexcellent quality and reliability. The German production standardsguarantee consistency in performance and dimensional stability ofthe material.

As a leading supplier of advanced materials, Dongguan Yuetai NewMaterials Co., Ltd. offers Arnite® PBT TV4 260 S at an affordableprice of 25 yuan per piece. We strive to provide our customers withcost-effective solutions without compromising on quality.

By choosing Arnite® PBT TV4 260 S, you can enjoy the benefits ofits high impact resistance and excellent mechanical properties. Itsnotch impact strength of 8 kJ/m² ensures that your products canwithstand harsh environments and demanding applications, reducingthe risk of damage or failure.

Whether you need it for automotive parts, electrical components,or consumer goods, Arnite® PBT TV4 260 S is a reliable choice. Itsexceptional melt flow rate of 15 g/10 min ensures smooth andefficient production, saving you time and resources.

Don't settle for less when it comes to quality and performance.Trust the German-made Arnite® PBT TV4 260 S from Dongguan YuetaiNew Materials Co., Ltd. Our commitment to excellence andcompetitive pricing make us the preferred partner for your materialneeds.