Enhanced Performance with Duratron® 7000 PI
Duratron® 7000 from Port Plastics is the perfect solution for applications where thermal requirements exceed that of conventional materials. Its impressive high-termperature performance, chemical resistance, easy machining, high strength and toughness make it a versatile choice for semi-conductor, aerospace and electronics manufacturing.
Attributes:
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- Performs well at elevated temperatures
- Excellent chemical resistance
- Can be easily machined
- Offers high strength and dimensional stability
- Available in rod, sheet, and tubular forms
- Suitable for structural and wear parts for varied industries.
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Duratron® 7000 PI is excellently suited for engineers in semiconductor, aerospace, and electronics industries, lending massive value to high-demand manufacturing applications by increasing process uptime.
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- HIGH TEMPERATURE PERFORMANCE: Duratron® 7000 is designed for operations under temperatures below 600˚F, suitable for a wide array of applications. Ensuring high performance and durability.
- STRONG CHEMICAL RESISTANCE: Duratron® 7000 boasts superior chemical resistance suitable for applications involving harsh chemicals. It assures long-lasting performance.
- EASILY MACHINED: Duratron® 7000 features easy machinability, making it exceptionally versatile for any industrial application. Ideal for reducing weight and maintenance requirements.
- HIGH STRENGTH MATERIAL: Duratron® 7000 made with PI materials provides high strength. Suitable for high-demand environments and perfect for increasing process uptime.
- APPLICATIONS VARIETY: Duratron® 7000 can be efficiently used in valve and pump seats, seal production and suitably features high wear surface area, offering benefits to a diverse audience.
- TOUGH AND STABLE: Duratron® 7000 is tough and dimensionally stable, ensuring longevity for parts and fixtures in industries such as aerospace, semiconductor, and electronics manufacturing.
- VARIOUS FORMS: Available as rods, sheets, and tubular forms, Duratron® 7000 allows versatility of use in different manufacturing capacities.
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