PETRON THERMOPLAST
THE ROLE OF ENGINEERING PLASTICS IN ADVANCED
INTRODUCTION
ENGINEERING PLASTICS ARE A CLASS OF POLYMERS THAT HAVE SUPERIOR MECHANICAL AND THERMAL PROPERTIES, MAKING THEM SUITABLE FOR USE IN DEMANDING ENGINEERING APPLICATIONS. THEY OFFER HIGH STRENGTH, STIFFNESS, AND DIMENSIONAL STABILITY, AS WELL AS RESISTANCE TO WEAR, CHEMICALS, AND HIGH TEMPERATURES.
PROPERTIES OF ENGINEERING PLASTICS
HIGH STRENGTH AND STIFFNESS
GOOD DIMENSIONAL STABILITY
HIGH TEMPERATURE RESISTANCE
CHEMICAL RESISTANCE
LOW COEFFICIENT OF FRICTION
EXCELLENT WEAR RESISTANCE
HIGH IMPACT STRENGTH
GOOD ELECTRICAL INSULATION
UV RESISTANCE
FLAME RETARDANCY
ENVIRONMENTAL IMPACT OF ENGINEERING PLASTICS
· RECYCLING AND REUSE OPTIONS
Engineering plastics can be recycled through mechanical recycling, chemical recycling, or upcycling. They can also be reused through processes such as regrinding and extrusion, as well as in applications that require lowerperformance materials.
Most engineering plastics are not biodegradable or compostable, as they are designed for high-performance applications. However, some biodegradable options exist, such as polylactic acid (PLA), which can break down into natural components under specific conditions.
· BIO D EGRA D A BILITY A N D
C O M PO STA BILITY
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