Printer-friendly versionBETHEL, Conn. – PolyOne Colorant Chromatics just launched a new chemical foaming solution for fluoropolymer wire insulation that can reduce part density while enhancing the stability and efficiency of the manufacturing process. This advanced additive also enables customers to preserve electrical properties while reducing insulation thickness and raw material consumption through a consistent closed cell structure.
“It’s difficult to minimize the tradeoffs between thermal stability, foaming control and high processing temperatures when applying wire insulation,” explained Barto du Plessis, general manager, PolyOne Colorant Chromatics. “This new technology balances all three performance requirements and boosts productivity without the need for additional equipment investment.”
With this advanced additive, wire manufacturers can benefit from:
Foaming Performance: Maximum gas generation resulting from no premature foaming enables greater process control
Tight Tolerances: Enhanced dispersion of active foaming ingredients produces a consistent cell structure of 200 micron or less – insulation thickness and density are reduced without adversely effecting electrical, chemical or thermal properties
Thermal Stability: Excellent heat resistance from 340 - 380°C supports effective homogenization of the foaming agent with high-performance polymers These new chemical foaming solutions for fluoropolymer wire insulation are suitable for FEP, PFA and MFA polymers and are now available globally.
PolyOne Corporation, with 2013 revenues of $3.8 billion, is a premier provider of specialized polymer materials, services and solutions. The company is dedicated to serving customers in diverse industries around the globe, by creating value through collaboration, innovation and an unwavering commitment to excellence. Guided by its Core Values, Sustainability Promise and No Surprises PledgeSM, PolyOne is committed to its customers, employees, communities and shareholders through ethical, sustainable and fiscally responsible principles. For more information, visit www.polyone.com.