PTFE, with its unparalleled blend of features including very good electrical insulation, exceptional slide and wear properties, and inherent flame retardancy, stands as a premium material choice for a wide range of applications. Its robust density of 2.15 g/cm3 guarantees durability without compromising on weight, making it perfect for the demanding requirements of industries such as aircraft and aerospace technology, chemical technology, food technology, cryogenic engineering, mechanical engineering, and semiconductor technology.
This white fluoropolymer material not only promises excellent performance up to continuous service temperatures of 260 °C but also ensures very good chemical resistance alongside good UV and weather resistance. Whether for sliding applications exposed to chemical stress or for components requiring reliable electrical insulation, PTFE's versatility and superior properties make it the ideal solution. Discover the potential of PTFE for enhancing the performance and safety of your next project.
- OPTIMAL DENSITY: PTFE boasts a density of 2.15 g/cm3, ensuring lightweight yet durable components.
- EXCELLENT INSULATION: Offers very good electrical insulation, making it ideal for various technological applications.
- ADVANCED SLIDING PROPERTIES: Exceptional slide and wear properties for reliable performance in sliding applications.
- FLAME RETARDANT: Inherent flame retardancy adds a layer of safety across all uses, enhancing material security.
- HIGH SERVICE TEMPERATURE: Withstands continuous service temperatures up to 260 °C, suitable for extreme environments.
- CHEMICAL & UV RESISTANCE: Features very good chemical, UV, and weather resistance, perfect for outdoor and harsh conditions.
- INDUSTRY VERSATILITY: A go-to material for aircraft, aerospace, chemical, food, cryogenic, mechanical, and semiconductor industries.
PTFE is designed for engineers, designers, and manufacturers across the aircraft and aerospace, chemical, food technology, cryogenic, mechanical, and semiconductor industries seeking high-quality, durable, and versatile material solutions capable of meeting the most rigorous standards of safety, performance, and environmental resistance.
