Pla

PLA Pellets Carbon Fiber
LFR-PLA can be processed using conventional plastic processing techniques like injection molding and extrusion, offering good adaptability in manufacturing. It is widely used in industries like automotive, consumer electronics, 3D printing, and eco-friendly packaging due to its combination of high performance and sustainability.
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PPS Pellets Carbon Fiber
PPS is a high-performance, tough engineering plastic with great dimensional and thermal stability, as well as a wide operating temperature range of up to 260 °C and good chemical resistance. Moreover, PPS, like most other thermoplastics, is an electrical insulator. Its ability to be used at high temperatures coupled with its thermal stability makes PPS great for applications such as semiconductor components in machinery, bearings, and valve seats.
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PA6 Pellets Glass Fiber
In the automotive industry, it is used because it is cheaper and lighter than metal. In machines, it is used over other materials due to its high flexibility and durability.
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PA66 Pellets Glass Fiber
Nylon 6,6, is a more crystalline version of nylon 6. It is also referred to as polyamide 66 or PA 66. It has improved mechanical properties due to its more ordered molecular structure. Nylon 66 for machining has improved temperature resistance and lower rates of water absorption when compared to standard nylon 6.
- nylon 66 pa66
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PA12 Pellets Glass Fiber
Pa12 gf20 is a type of engineering plastic that consists of polyamide 12 (pa12) compounds reinforced with 20% glass fibers. It is a high-performance material that has many advantages over pure nylon 12, such as higher strength, stiffness, thermal resistance, chemical resistance, and electrical properties. Pa12 gf20 is widely used for various applications in different industries, such as automotive, aerospace, medical, electrical, and industrial.
- nylon 12 pa12
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PPS Pellets Glass Fiber
PPS is a high-performance, tough engineering plastic with great dimensional and thermal stability, as well as a wide operating temperature range of up to 260 °C and good chemical resistance. Moreover, PPS, like most other thermoplastics, is an electrical insulator. Its ability to be used at high temperatures coupled with its thermal stability makes PPS great for applications such as semiconductor components in machinery, bearings, and valve seats.
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