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The ideal performance polymer for applications in demanding conditions — high temperatures, harsh chemicals, plasma environments and applications where high strength and wear resistance are important.
In temperatures exceeding 400°F, Celazole® PBI has the highest heat resistance, wear resistance, strength and mechanical property retention of any engineered polymer on the planet.
PBI Performance Products produces the world’s highest performing engineering thermoplastic – Celazole® Polybenzimidazole (PBI). Parts molded of Celazole® PBI are used in some of the harshest environments – ranging from oil fields to aerospace to semiconductor applications.
Celazole® PBI polymers are uniquely suited for metal replacement and exhibit excellent thermal stability. With excellent resistance to high temperatures and chemicals, and best in class wear resistance, parts made with Celazole® PBI work harder and last longer.
Parts made with Celazole® U-60 benefit from longer part life cycles with 2.5x the flex strength of polyimide.
Superior wear resistance allows longer life cycles for parts made with Celazole® PBI.
With a 427°C glass transition temperature (Tg), parts made with Celazole® PBI polymer can operate in some of the highest temperature environments.
Customer sees 400% improvement in fixtures produced per spinning wheel with switch to Celazole® PBI.
Celazole® U-Series compression molded products are suited for use in extreme and high temperature environments – ranging from oil fields to aerospace to semiconductor applications.
High performance unfilled compression molded PBI
High purity/ultra-low metal semiconductor grade PBI
Electro-static dissipative PBI
Carbon fiber reinforced PBI
Complete our material selection questionnaire (it only takes 2 minutes!). One of our experts will review your conditions, recommend the best product for your needs and assist with a sample order.
Not sure which product you need? We can help! Please complete our material selection questionnaire. Get started →
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Learn how our high performance polymers are solving engineering problems in industries like aerospace, industrial, oil and gas, chemical, semiconductor, membrane, coatings and more.
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